mhurhangee/ep-ind-claims huggingface dataset:
A computer program product for facilitating processing within a computing environment, the computer program product comprising: one or more computer readable storage media and program instructions collectively stored on the one or more computer readable storage media to perform a method comprising: obtaining a tensor of a first select dimension; and reformatting the tensor to provide one or more sub-tensors of a second select dimension, wherein the reformatting includes: determining a number of sub-tensors to be used to represent the tensor; creating the number of sub-tensors, wherein a sub-tensor is to start on a boundary of a memory unit; and rearranging data of the tensor to fit within the number of sub-tensors. obtaining a tensor of a first select dimension; and reformatting the tensor to provide one or more sub-tensors of a second select dimension, wherein the reformatting includes: determining a number of sub-tensors to be used to represent the tensor; creating the number of sub-tensors, wherein a sub-tensor is to start on a boundary of a memory unit; and rearranging data of the tensor to fit within the number of sub-tensors. determining a number of sub-tensors to be used to represent the tensor; creating the number of sub-tensors, wherein a sub-tensor is to start on a boundary of a memory unit; and rearranging data of the tensor to fit within the number of sub-tensors.
A laparoscope for a medical procedure, having a body having a distal end for locating in a patient and a proximal end for handling the laparoscope outside the patient, wherein the laparoscope is independently operable and a stand-alone device, the laparoscope having: a reusable camera and a light source, located adjacent the distal end, wherein the camera is positioned on an axis, defined by the proximal and distal ends; an operable interface (28,34) having a display and control buttons located adjacent the proximal end, for operating the camera and/or light source, wherein the body of the laparoscope includes the operable interface (28,34); a processor and data storage located in the body and operable to provide an interface for managing the camera, light source and recording images; and a communication module configured to wirelessly transmit images and/or data to a remote monitor and/or server, and characterised by the laparoscope including a case for single-use having a distal end having a trocar tip and a proximal end having a lid configured to hermetically seal the camera within the case, in use, wherein the lid is configured to enable a user to view the display and operate the operable interface, wherein the camera is configured to provide a view on the display and/or monitor through the tip of the case in which it is placed thus enabling a surgeon to see the surgical site where an opening is to be made. a reusable camera and a light source, located adjacent the distal end, wherein the camera is positioned on an axis, defined by the proximal and distal ends; an operable interface (28,34) having a display and control buttons located adjacent the proximal end, for operating the camera and/or light source, wherein the body of the laparoscope includes the operable interface (28,34); a processor and data storage located in the body and operable to provide an interface for managing the camera, light source and recording images; and a communication module configured to wirelessly transmit images and/or data to a remote monitor and/or server, and characterised by the laparoscope including a case for single-use having a distal end having a trocar tip and a proximal end having a lid configured to hermetically seal the camera within the case, in use, wherein the lid is configured to enable a user to view the display and operate the operable interface, wherein the camera is configured to provide a view on the display and/or monitor through the tip of the case in which it is placed thus enabling a surgeon to see the surgical site where an opening is to be made.
A frame for a vehicle seat (2,3), the frame having two side elements (13,14) and two transverse elements (15,16), the transverse elements (15,16) each connecting two mutually opposite free ends of the side elements (13,14) to one another by means of at least one flexible tension element, which is tensioned diagonally over the frame in such a way that a first end of the tension element is fastened to one of the side elements and a second end of the tension element is fastened to the other of the side elements, characterized in that at least one of the side elements (13,14) has a projection that is associated with a fastening point (20,21) of the tension element on the side element (13,14) and deflects the tension element, by means of which projection the tension element is tensioned when fastened at the fastening point (20,21).
A charge roller (150, 170, 202, 252, 302, 400, 470) positionable in charge-transferring relation to an imaging surface (102, 204, 254, 330, 410, 481) of an electrographic printing system (100, 200, 300), the charge roller (150, 170, 202, 252, 302, 400, 470) comprising: a body (175, 402, 472) having a metal external surface (105, 156, 179, 201, 404, 474) and an overlying resistive coating (107, 158, 178, 203, 253, 406, 476) made of an inorganic, non-polymeric material to reduce a maximum amplitude of filamentary streamers between the charge roller (150, 170, 202, 252, 302, 400, 470) and the imaging surface (102, 204, 254, 330, 410, 481), wherein a resistivity factor of the resistive coating (107, 158, 178, 203, 253, 406, 476) is expressed as 10 3 < ρ·ε r < 10 9 Ω·cm, wherein p is the resistivity of the coating material and ε r is the dielectric constant of the coating material, and wherein t/ε r > 5 micrometers and t is a thickness of the resistive coating (107, 158, 178, 203, 253, 406, 476). a body (175, 402, 472) having a metal external surface (105, 156, 179, 201, 404, 474) and an overlying resistive coating (107, 158, 178, 203, 253, 406, 476) made of an inorganic, non-polymeric material to reduce a maximum amplitude of filamentary streamers between the charge roller (150, 170, 202, 252, 302, 400, 470) and the imaging surface (102, 204, 254, 330, 410, 481), wherein a resistivity factor of the resistive coating (107, 158, 178, 203, 253, 406, 476) is expressed as 10 3 < ρ·ε r < 10 9 Ω·cm, wherein p is the resistivity of the coating material and ε r is the dielectric constant of the coating material, and wherein t/ε r > 5 micrometers and t is a thickness of the resistive coating (107, 158, 178, 203, 253, 406, 476).
A continuous production method for an aromatic polymer having an ether bond, the method comprising: (a) supplying a polymerization solvent and a reaction raw material to a continuous production apparatus including a plurality of reaction vessels; (b) performing a desalting polycondensation reaction in the polymerization solvent in at least one of the reaction vessels to form a reaction mixture; and (c) successively moving the reaction mixture to each of the reaction vessels; the steps (a), (b), and (c) being performed in parallel; wherein the ether bond is formed by the desalting polycondensation reaction; respective gas phase parts of the plurality of reaction vessels communicate with one another; and a pressure of each of the gas phase parts is uniform. (a) supplying a polymerization solvent and a reaction raw material to a continuous production apparatus including a plurality of reaction vessels; (b) performing a desalting polycondensation reaction in the polymerization solvent in at least one of the reaction vessels to form a reaction mixture; and (c) successively moving the reaction mixture to each of the reaction vessels; wherein the ether bond is formed by the desalting polycondensation reaction; respective gas phase parts of the plurality of reaction vessels communicate with one another; and a pressure of each of the gas phase parts is uniform.
A process for the production of propylene, comprising: fractionating a mixed C4 hydrocarbon stream to recover a first fraction comprising isobutene and a second fraction comprising 2-butene; contacting at least a portion of the first fraction with a first metathesis catalyst in a first metathesis reaction zone; recovering an effluent from the first metathesis reaction zone comprising at least one of ethylene, propylene, unreacted isobutene, C5 olefins, and C6 olefins; contacting at least a portion of the second fraction and at least a portion of the ethylene in the effluent with a second metathesis catalyst in a second metathesis reaction zone; recovering an effluent from the second metathesis reaction zone comprising at least one of unreacted ethylene, propylene, unreacted 2-butene, fractionating the effluent from the first metathesis reaction zone and the effluent from the second metathesis reaction zone to recover an ethylene fraction, a propylene fraction, one or more C4 fractions, and a fraction comprising at least one of C5 and C6 olefins. fractionating a mixed C4 hydrocarbon stream to recover a first fraction comprising isobutene and a second fraction comprising 2-butene; contacting at least a portion of the first fraction with a first metathesis catalyst in a first metathesis reaction zone; recovering an effluent from the first metathesis reaction zone comprising at least one of ethylene, propylene, unreacted isobutene, C5 olefins, and C6 olefins; contacting at least a portion of the second fraction and at least a portion of the ethylene in the effluent with a second metathesis catalyst in a second metathesis reaction zone; recovering an effluent from the second metathesis reaction zone comprising at least one of unreacted ethylene, propylene, unreacted 2-butene, fractionating the effluent from the first metathesis reaction zone and the effluent from the second metathesis reaction zone to recover an ethylene fraction, a propylene fraction, one or more C4 fractions, and a fraction comprising at least one of C5 and C6 olefins.
Position measuring device comprising a scale and a scanning unit movable relative thereto in a measuring direction (x), wherein - the scale has a measurement graduation and periodic measurement signals are venerable by optical scanning of the measurement graduation, - the scale has at least one reference marking and a reference signal is generable by optical scanning of the reference marking, - the scale has optically scannable area markings (13.1, 13.2) and an area signal is generable by optical scanning of the area markings (13.1, 13.2) using a scanning beam and the detection thereof by way of an area signal detector, wherein said area signal renders it distinguishable whether the scanning unit is situated on the first or second side of the reference marking, and - the area markings (13.1, 13.2) exert different deflection effects on the scanning beam incident thereon on the first side and second side of the reference marking, characterized in that a periodic aperture grating is arranged between the scale and the area signal detector, said aperture grating being embodied and arranged in such a way that a strip pattern emerges during the optical scanning of the area markings (13.1, 13.2) in the detection plane of the area signal detector, from which strip pattern at least two distinguishable scanning signals (S 1, S 2, S 1 ', S 2 ') are generable depending on the position of the scanning unit relative to the reference marking. - the scale has a measurement graduation and periodic measurement signals are venerable by optical scanning of the measurement graduation, - the scale has at least one reference marking and a reference signal is generable by optical scanning of the reference marking, - the scale has optically scannable area markings (13.1, 13.2) and an area signal is generable by optical scanning of the area markings (13.1, 13.2) using a scanning beam and the detection thereof by way of an area signal detector, wherein said area signal renders it distinguishable whether the scanning unit is situated on the first or second side of the reference marking, and - the area markings (13.1, 13.2) exert different deflection effects on the scanning beam incident thereon on the first side and second side of the reference marking,
A system for concurrently connecting a user equipment, UE, to a plurality of packet data networks, PDNs, via a radio access network, comprising: a processor configured to: evaluate one or more network operational parameters related to a set of network components comprising a serving gateway and one or more packet data network gateways; and limit a quantity of concurrent PDN connections between the user equipment and the plurality of PDNs via the radio access network based upon the one or more network operational parameters, wherein the radio access network is at least one of a Code Division Multiple Access (CDMA) radio access network or a Wireless Local Area Network (WLAN) radio access network, wherein the one or more network operational parameters comprise a resource usage by one or more of the set of components, and wherein when resource usage by the one or more of the set of components reaches a corresponding threshold, a bearer connection request between the user equipment and an additional packet data network via a packet data network gateway is not allowed, wherein resource usage is related to the quantity of network activity. a processor configured to: evaluate one or more network operational parameters related to a set of network components comprising a serving gateway and one or more packet data network gateways; and limit a quantity of concurrent PDN connections between the user equipment and the plurality of PDNs via the radio access network based upon the one or more network operational parameters, wherein the radio access network is at least one of a Code Division Multiple Access (CDMA) radio access network or a Wireless Local Area Network (WLAN) radio access network, wherein the one or more network operational parameters comprise a resource usage by one or more of the set of components, and wherein when resource usage by the one or more of the set of components reaches a corresponding threshold, a bearer connection request between the user equipment and an additional packet data network via a packet data network gateway is not allowed, wherein resource usage is related to the quantity of network activity. evaluate one or more network operational parameters related to a set of network components comprising a serving gateway and one or more packet data network gateways; and limit a quantity of concurrent PDN connections between the user equipment and the plurality of PDNs via the radio access network based upon the one or more network operational parameters, wherein the radio access network is at least one of a Code Division Multiple Access (CDMA) radio access network or a Wireless Local Area Network (WLAN) radio access network, wherein the one or more network operational parameters comprise a resource usage by one or more of the set of components, and wherein when resource usage by the one or more of the set of components reaches a corresponding threshold, a bearer connection request between the user equipment and an additional packet data network via a packet data network gateway is not allowed, wherein resource usage is related to the quantity of network activity.
Accumulator-free hydraulic drive system for and with a consumer, more particularly for presses, with two counteracting pressure chambers (K, R) of which one can be supplied with pressure via a first pressure line and a pump arrangement and the other via a second pressure line and the pump arrangement, characterised in that the pump arrangement comprises a speed variably-driven main operating pump for working stroke and a speed variably-driven auxiliary pump for return strokes, and in that the flow direction of the auxiliary pump is reversible and by way of a directional valve the auxiliary pump is or can be optionally hydraulically connected with the first and/or with the second pressure chamber of the consumer.
An exhaust purification system that includes a selective catalytic reduction that is provided in an exhaust passage of an internal combustion engine to purify NOx contained in an exhaust gas by using ammonia produced from urea water as a reducing agent and an NOx sensor that is provided at a downstream side of the selective reduction catalyst to acquire a value of the NOx contained in the exhaust gas, the exhaust purification system characterized by comprising: a NOx-stability determination unit that calculates an average NOx value (NOx AVE) of the NOx value acquired by the NOx sensor within a predetermined period; a reach time measurement unit that measures a reach time (TIME COUNT) of the NOx value acquired by the NOx sensor, the reach time being a required time for the NOx value to reach, from a first predetermined determinative NOx value (NOx_1), a second predetermined determinative NOx value (NOx_2), which is higher than the first determinative NOx value; and a determination unit that determines that malfunction occurs in the NOx sensor when the reach time measured by the reach time measurement unit is equal to or shorter than a first predetermined determinative time wherein the first predetermined determinative NOx value (NOx_1) is larger than the average NOx value (NOx AVE). a NOx-stability determination unit that calculates an average NOx value (NOx AVE) of the NOx value acquired by the NOx sensor within a predetermined period; a reach time measurement unit that measures a reach time (TIME COUNT) of the NOx value acquired by the NOx sensor, the reach time being a required time for the NOx value to reach, from a first predetermined determinative NOx value (NOx_1), a second predetermined determinative NOx value (NOx_2), which is higher than the first determinative NOx value; and a determination unit that determines that malfunction occurs in the NOx sensor when the reach time measured by the reach time measurement unit is equal to or shorter than a first predetermined determinative time wherein the first predetermined determinative NOx value (NOx_1) is larger than the average NOx value (NOx AVE).
Furniture supporting assembly for a vehicle, the furniture supporting assembly comprising: - a wall panel portion, comprising: - an external metallic panel, - an internal metallic panel, and - a wooden panel, arranged between the internal metallic panel and the external metallic panel and connecting the internal metallic panel and the external metallic panel; characterized by - a support member, adapted to support a furniture piece and comprising: - a connection element, and - an anchoring element connected to the connection element and to the wall panel portion, wherein the anchoring element is arranged between the wooden panel and the external metallic panel or between the wooden plate and the internal metallic panel, and in that the internal metallic panel comprises a connection aperture opening on the connection element. - a wall panel portion, comprising: - an external metallic panel, - an internal metallic panel, and - a wooden panel, arranged between the internal metallic panel and the external metallic panel and connecting the internal metallic panel and the external metallic panel; characterized by - an external metallic panel, - an internal metallic panel, and - a wooden panel, arranged between the internal metallic panel and the external metallic panel and connecting the internal metallic panel and the external metallic panel; characterized by - a support member, adapted to support a furniture piece and comprising: - a connection element, and - an anchoring element connected to the connection element and to the wall panel portion, - a connection element, and - an anchoring element connected to the connection element and to the wall panel portion,
Panel holder for fastening a front panel on a drawer frame, having a retaining bracket, which can be fastened on the front panel, and a retaining fitting, which can be fastened on the drawer frame and in which a spring-loaded locking member is accommodated in a movable manner such that, in a fastening position, it engages in the retaining bracket and, in a release position, it is arranged outside the retaining bracket, characterized in that the locking member is a locking wedge which is guided in the retaining fitting such that it can be displaced at least more or less at right angles to the pushing-in direction of the retaining bracket, which is pushed into the fastening position by a spring force and which butts against the retaining bracket by way of a wedge surface, and in that the locking wedge is connected in an articulated manner to a disengagement lever, which is supported in a movable manner on the housing of the retaining fitting and has a screwdriver attachment for torque-transmitting purposes.
Method of establishing, via a mobile communication network, aconnection between a mobile object which is provided with a radio module and a server which is remote from the mobile object, in which method the mobile object has a list comprising a predetermined number of preferred mobile communication networks to which the mobile object can be caused to connect, the method comprising: - a first step of establishment, by said mobile object, of a radio connection with the server by means of an available mobile communication network from among said preferred mobile communication networks, and of transmission over said radio connection of an identifier of the mobile object, an identifier of said available network, and a first series of audit information, comprising at least one piece of information chosen from among the reception signal level and an error rate, - if the server receives said first series of information, a step of verification, by said server, of the received data, and a step of sending an acknowledgment of receipt to said mobile object, which acknowledgment validates an IP connection between said mobile object and said server and indicates, on the basis of the result of said verification step, whether the mobile communication network to which said mobile object is connected is suitable or whether another mobile communication network needs to be selected by the radio module, and in that if the mobile object does not receive the acknowledgment of receipt from the server, said radio module automatically selects another available mobile communication network. - a first step of establishment, by said mobile object, of a radio connection with the server by means of an available mobile communication network from among said preferred mobile communication networks, and of transmission over said radio connection of an identifier of the mobile object, an identifier of said available network, and a first series of audit information, comprising at least one piece of information chosen from among the reception signal level and an error rate, - if the server receives said first series of information, a step of verification, by said server, of the received data, and a step of sending an acknowledgment of receipt to said mobile object, which acknowledgment validates an IP connection between said mobile object and said server and indicates, on the basis of the result of said verification step, whether the mobile communication network to which said mobile object is connected is suitable or whether another mobile communication network needs to be selected by the radio module, and in that if the mobile object does not receive the acknowledgment of receipt from the server, said radio module automatically selects another available mobile communication network.
Garment, especially sports garment, comprising a textile substrate which covers a part of the body of the wearer of the garment, wherein at least a section of the textile substrate is coated with at least two different Phase Change Materials (3, 4), wherein a first Phase Change Material is arranged which has a phase transition temperature between 27 °C and 29 °C, characterized in that a second Phase Change Material is arranged which has a phase transition temperature between 35 °C and 37 °C, wherein both of the Phase Change Materials (3, 4) are in thermal contact with at least one thermochromic dye.