mhurhangee/patent-ind-claim-en huggingface dataset:
A multilayer film comprising: a first layer and a second layer; and a tie layer; where the tie layer comprises a crystalline block composite or a block composite; wherein the crystalline block composite comprises a crystalline ethylene based polymer (CEP), a crystalline alpha-olefin based polymer (CAOP), and a block copolymer comprising a crystalline ethylene block (CEB) and a crystalline alpha-olefin block (CAOB); and wherein the block composite comprises (i) a soft ethylene copolymer (EP) having polymerized units in which the comonomer content is greater than 10 mol% and having less than 90 mol% polymerized ethylene, (ii) a hard or crystalline α-olefin polymer (CAOP), in which the α-olefin monomer is present in an amount of from greater than 90 up to 100 mol percent, and (iii) a diblock block copolymer, having a soft segment and a hard segment, wherein the hard segment of the block copolymer is the same composition as the hard α-olefin polymer in the block composite and the soft segment of the block copolymer is essentially the same composition as the soft ethylene copolymer of the block composite, and where the tie layer is disposed between the first layer and the second layer; the first layer being disposed on a first surface of the tie layer; the second layer being disposed on a second surface of the tie layer; where the second surface is opposedly disposed to the first surface; where the multilayered film is biaxially oriented. a first layer and a second layer; and a tie layer; where the tie layer comprises a crystalline block composite or a block composite; (i) a soft ethylene copolymer (EP) having polymerized units in which the comonomer content is greater than 10 mol% and having less than 90 mol% polymerized ethylene, (ii) a hard or crystalline α-olefin polymer (CAOP), in which the α-olefin monomer is present in an amount of from greater than 90 up to 100 mol percent, and (iii) a diblock block copolymer, having a soft segment and a hard segment,
Insert configured for being arranged in a device for cleaning medical instruments, the insert being arranged for receiving one or more medical instruments to be cleaned in the cleaning device, wherein the one or more medical instruments are provided with one or more operating elements for moving one or more moveable parts of the medical instruments, the insert comprising operating means for operating the operating elements during cleaning, the operating means being arranged for connection with a motor for driving the operating means during cleaning, characterized in that the cleaning device comprises the motor for driving the operating means, wherein the insert is provided with insert-side coupling means driveably coupled to the operating means, the insert-side coupling means being arranged for being detachably coupled to machine-side coupling means comprised by the cleaning device, the machine-side coupling means being driveably coupled to the motor, such that, during use, the operating means of the insert can be driven by the motor.
A method for wireless communication by a wireless local area network, WLAN, apparatus, the method comprising: determining a group of channels for a wireless transmission, the group of channels including at least a first channel; determining that a first portion of the first channel overlaps a first bandwidth exclusion zone and that a second portion of the first channel does not overlap the first bandwidth exclusion zone ; and transmitting the wireless transmission via the group of channels , wherein at least part of wireless transmission utilizes the second portion of the first channel that does not overlap the first bandwidth exclusion zone , wherein transmitting the wireless transmission includes puncturing a transmission signal at portions of channels that are excluded by one or more bandwidth exclusion zones . determining a group of channels for a wireless transmission, the group of channels including at least a first channel; determining that a first portion of the first channel overlaps a first bandwidth exclusion zone and that a second portion of the first channel does not overlap the first bandwidth exclusion zone ; and transmitting the wireless transmission via the group of channels , wherein at least part of wireless transmission utilizes the second portion of the first channel that does not overlap the first bandwidth exclusion zone , wherein transmitting the wireless transmission includes puncturing a transmission signal at portions of channels that are excluded by one or more bandwidth exclusion zones .
A computing system , comprising: data accessing logic , in a server kernel, that receives a request , from a calling process , to perform an operation on data stored on a data storage device ; call interception logic , in the server kernel, that intercepts the request before the request is executed and that, if it is determined that the request is a data manipulation request to manipulate target data, identifies a storage location where the target data is stored; characterised in comprising target analysis logic , in the server kernel, that, if it is determined that the storage location is not in a master boot record corresponding to the computing system and that the storage location is on a disk that holds a protected storage volume , compares the calling process to a set of entries in a whitelist file , the set of entries identifying calling processes that are authorized to access the protected storage volume , and generates an authorization signal indicative of whether the calling process is authorized by the whitelist file ; and call blocking logic that, if it is determined that the calling process is not authorized by the whitelist file , blocks the request from being executed based on the authorization signal. data accessing logic , in a server kernel, that receives a request , from a calling process , to perform an operation on data stored on a data storage device ; call interception logic , in the server kernel, that intercepts the request before the request is executed and that, if it is determined that the request is a data manipulation request to manipulate target data, identifies a storage location where the target data is stored; characterised in comprising target analysis logic , in the server kernel, that, if it is determined that the storage location is not in a master boot record corresponding to the computing system and that the storage location is on a disk that holds a protected storage volume , compares the calling process to a set of entries in a whitelist file , the set of entries identifying calling processes that are authorized to access the protected storage volume , and generates an authorization signal indicative of whether the calling process is authorized by the whitelist file ; and call blocking logic that, if it is determined that the calling process is not authorized by the whitelist file , blocks the request from being executed based on the authorization signal.
A circuit breaker with a locking device, wherein the locking device comprises an executing lever and a pressing plate , wherein a hole shaft of the executing lever is rotatably mounted in a base of a circuit breaker; an elastic piece is arranged between one end of the executing lever and the base , and the other end of the executing lever is provided with a locking end which can be connected with a locking portion at one side of the pressing plate in a locking manner; the pressing plate is mounted in the base and can rotatably oscillate relative to the base ; the locking portion at one side of the pressing plate comprises an unlocking surface and a locking surface which correspond to the locking end respectively and are adjacent to each other, and a sliding step is arranged between the unlocking surface and the locking surface ; a contact portion which is in contact connection with a circuit breaker operating mechanism is arranged at the other side of the pressing plate ; a magnetic actuator which can drive the pressing plate to oscillate is also arranged above the pressing plate correspondingly; characterized in that the magnetic actuator pushes the pressing plate to oscillate when the circuit breaker has a fault, such that the locking end arranged inside the unlocking surface slides into the locking surface along the sliding step under the energy-releasing acting force of the elastic piece so as to lock the pressing plate ; meanwhile, the contact portion capable of oscillating with the pressing plate limits the operating mechanism to prevent the operating mechanism from resetting; the locking end comprises a first acting surface and a second acting surface which are of a V-shaped structure and are connected to each other; the second acting surface is connected with the end part of the executing lever and parallel to the executing lever , and an acting end formed at the junction of the first acting surface and the second acting surface can be in contact connection with the locking surface ; the first acting surface can be in obliquely contact connection with the corresponding side of the sliding step , and therefore a triangular structure is formed by the locking surface , the first acting surface and one side of the sliding step in case of locking.
A pipe fitting connecting method, comprising: sleeving an elastic sleeve on a pipe at a port of the pipe , and clamping the pipe by a jacket of a pushing tool, wherein an end of the elastic sleeve close to the port of the pipe is provided with a plurality of barbs , the barbs are arranged in a circumferential direction of the elastic sleeve , and the barbs are adapted to catch an end face of the pipe ; fastening a connecting pipe body to a snap ring of the pushing tool, wherein a front end portion of an inserting part of the connecting pipe body is a guiding section , a rear end portion of the inserting part of the connecting pipe body is an expansion section , an outer diameter of the guiding section is equal to an inner diameter of the pipe , and an outer periphery of the expansion section is provided with a conical ring having a small front end and a large rear end; and activating the pushing tool to force the inserting part of the connecting pipe body to be inserted into the pipe in such a way that the pipe and the elastic sleeve are gradually expanded along the conical ring of the expansion section , and when the inserting part is inserted in place, the pipe has a portion sandwiched between the elastic sleeve and the conical ring , and the pipe and the elastic sleeve retracts so that the pipe is tightly connected to the connecting pipe body . sleeving an elastic sleeve on a pipe at a port of the pipe , and clamping the pipe by a jacket of a pushing tool, wherein an end of the elastic sleeve close to the port of the pipe is provided with a plurality of barbs , the barbs are arranged in a circumferential direction of the elastic sleeve , and the barbs are adapted to catch an end face of the pipe ; fastening a connecting pipe body to a snap ring of the pushing tool, wherein a front end portion of an inserting part of the connecting pipe body is a guiding section , a rear end portion of the inserting part of the connecting pipe body is an expansion section , an outer diameter of the guiding section is equal to an inner diameter of the pipe , and an outer periphery of the expansion section is provided with a conical ring having a small front end and a large rear end; and activating the pushing tool to force the inserting part of the connecting pipe body to be inserted into the pipe in such a way that the pipe and the elastic sleeve are gradually expanded along the conical ring of the expansion section , and when the inserting part is inserted in place, the pipe has a portion sandwiched between the elastic sleeve and the conical ring , and the pipe and the elastic sleeve retracts so that the pipe is tightly connected to the connecting pipe body .
Light beam levelling device, comprising a tank containing a liquid , a platform which swims on a surface of the liquid , a light source for generating a light beam , an optical unit for defining an emission direction of the light beam , wherein the light source and the optical unit are arranged at the platform and the optical unit is aligned at the platform in such a way that the emission direction lies in an emission plane (E) parallel to the surface of the liquid , characterized in that the tank has a window which is arranged completely below the surface of the liquid and the light beam is emitted through the window .
A signal converter for converting signals generated by an injection molding apparatus that is comprised of an injection molding machine (IMM) having a drivably rotatable barrel screw (BS) that generates an injection fluid , a heated manifold that receives an injection fluid from the injection molding machine (IMM) and distributes the injection fluid to one or more gates , a mold having a cavity communicating with the gates to receive the injection fluid , wherein the injection molding machine (IMM) includes a machine controller (MC) or a control unit (HPU) that generates one or more directional control valve compatible signals (VS), wherein the directional control valve compatible signals (VS) are compatible for use by a signal receptor, interface or driver of a standard fluid directional control valve to instruct the fluid directional control valve to move to a position that routes a source of drive fluid to flow in a direction that drives an interconnected fluid drivable actuator to move in a direction that operates to begin an injection cycle and to move in a direction that operates to end an injection cycle, wherein the signal converter is interconnected to the machine controller (MC) or control unit (HPU), the signal converter receiving and converting the directional control valve compatible signals (VPS) to a command signal (MOPCS, PDCVS) that is compatible with a signal receptor or interface of an electrically powered actuator or a signal receptor or interface of a proportional directional control valve (V, V1, V2) that drives a fluid driven actuator , wherein the signal converter includes a processor that converts the command signals (MOPCS, PDCVS) into a form, frequency, power or format that is usable by the signal receptor or interface of the electrically powered actuator or by the signal receptor or interface of the proportional directional control valve (V, V1, V2) to respectively cause the electrically powered actuator or the proportional directional control valve (V, V1, V2) to be driven in a direction that operates to either begin an injection cycle or to end an injection cycle.
A parcel comprising a case having a bottom and means for retaining at least one object on the bottom , the retaining means comprising: - a tray , and - return means tending to exert a force of displacement of the tray towards the bottom in order to hold said object(s) between the bottom and the tray , the tray comprising: - a frame to which the return means are connected, and - a central part , characterized in that : the central part is connected to the frame by means of at least one flexible connection , and in that the central part comprises a plurality of plates , each plate being connected to the frame by the flexible connection on the one hand and to at least one other plate by an articulation on the other hand. - a tray , and - return means tending to exert a force of displacement of the tray towards the bottom in order to hold said object(s) between the bottom and the tray , the tray comprising: - a frame to which the return means are connected, and - a central part , - a frame to which the return means are connected, and - a central part , characterized in that : the central part is connected to the frame by means of at least one flexible connection , and in that the central part comprises a plurality of plates , each plate being connected to the frame by the flexible connection on the one hand and to at least one other plate by an articulation on the other hand. the central part is connected to the frame by means of at least one flexible connection , and in that the central part comprises a plurality of plates , each plate being connected to the frame by the flexible connection on the one hand and to at least one other plate by an articulation on the other hand.
Method for actuating at least two reverse-conducting semiconductor switches in diode mode, wherein not only the behaviour of the switching element of the reverse-conducting semiconductor switch but also the behaviour in diode mode can be influenced with the aid of the actuation at the gate contact, wherein the at least two reverse-conducting semiconductor switches are arranged in a parallel circuit , wherein at least two of the reverse-conducting semiconductor switches in diode mode are actuated at least intermittently with a different voltage, wherein at least intermittently at least one first semiconductor switch of the at least two reverse-conducting semiconductor switches in diode mode is actuated with a negative voltage, and at least one second semiconductor switch of the at least two reverse-conducting semiconductor switches in diode mode is actuated with a positive voltage.
A method for wireless communication at a receiving device, wherein the receiving device is a user equipment, UE, the method comprising: receiving an indication that a hybrid automatic repeat request, HARQ, feedback operation is to be modified, comprising receiving a modulation and coding, MCS, index threshold indicating that the UE is to turn off the HARQ feedback for data transmissions having an MCS index below the MCS index threshold; receiving an MCS index indicating an MCS of a data transmission; receiving the data transmission; evaluating a condition for determining information to include as the HARQ feedback in response to the data transmission; and modifying the HARQ feedback operation based at least in part on the condition; wherein evaluating the condition for determining information to include as the HARQ feedback comprises determining that the MCS index of the data transmission is below the MCS index threshold and based at least in part on this determination the HARQ feedback is to be turned off. receiving an indication that a hybrid automatic repeat request, HARQ, feedback operation is to be modified, comprising receiving a modulation and coding, MCS, index threshold indicating that the UE is to turn off the HARQ feedback for data transmissions having an MCS index below the MCS index threshold; receiving an MCS index indicating an MCS of a data transmission; receiving the data transmission; evaluating a condition for determining information to include as the HARQ feedback in response to the data transmission; and modifying the HARQ feedback operation based at least in part on the condition; wherein evaluating the condition for determining information to include as the HARQ feedback comprises determining that the MCS index of the data transmission is below the MCS index threshold and based at least in part on this determination the HARQ feedback is to be turned off.
A system for video storage comprising: a first control node , a second control node and at least two storage nodes , wherein the at least two storage nodes are configured for storing video data; each of the first control node and the second control node comprises a signal agent module , and each of the at least two storage nodes comprises a data agent module ; the signal agent module of the first control node is configured for interacting with a third-party platform based on a predetermined signal protocol through a preset virtual IP address; the second control node is configured for starting the signal agent module of the second control node after determining that the first control node is unavailable; the signal agent module of the second control node is configured for receiving a service request from the third-party platform based on the predetermined signal protocol through the preset virtual IP address, and transmitting an instruction to the data agent module of a designated storage node based on the service request; and the data agent module of the designated storage node is configured for transmitting video data to the third-party platform according to the received instruction, based on the predetermined signal protocol;wherein the first control node and/or the second control node further comprises: an IP obtaining unit, configured for periodically obtaining an IP address of the control node where it is located; a signal agent control unit, configured for controlling the signal agent module of the control node where it is located based on the IP address obtained by the IP obtaining unit and a current state of the signal agent module of this control node , wherein if the IP address of this control node is the same as the preset virtual IP address and the signal agent module of this control node has not been started yet, the signal agent control unit starts the signal agent module of this control node; or, if the IP address of this control node is different from the preset virtual IP address and the signal agent module of this control node has been started, the signal agent control unit stops the signal agent module of this control node . an IP obtaining unit, configured for periodically obtaining an IP address of the control node where it is located; a signal agent control unit, configured for controlling the signal agent module of the control node where it is located based on the IP address obtained by the IP obtaining unit and a current state of the signal agent module of this control node , wherein if the IP address of this control node is the same as the preset virtual IP address and the signal agent module of this control node has not been started yet, the signal agent control unit starts the signal agent module of this control node; or, if the IP address of this control node is different from the preset virtual IP address and the signal agent module of this control node has been started, the signal agent control unit stops the signal agent module of this control node .