mhurhangee/ep-ind-claims huggingface dataset:
Door lock for a motor vehicle having an actuation device for a simultaneous force transmission to at least two different elements (1, 2) of the door lock, having at least one Bowden cable (4, 5) with an inner cable and a sheath, wherein the Bowden cable (4, 5) is equipped with at least two force transmission units (7, 8) in its longitudinal direction, which are arranged for interacting on the one hand with a first element and on the other hand with a second element when force is applied on the Bowden cable (4, 5); and wherein the one of the two elements (1, 2) is formed as an actuating lever and the other element is a closing or opening auxiliary element that acts on a locking mechanism (15, 16).
Polymeric shock absorbing element for a vehicle comprising a substantially honeycomb structure having a plurality of channels realized by moulding into a single piece with a polymeric material, each channel is preferably equipped with a substantially hexagonal section, additionally said substantially honeycomb structure has an lateral external surface which extends from a first open frontal end to a second open rear end, said plurality of channels extends internally to said shock absorbing element starting from said first open frontal end to said second open rear end, additionally each channel of said plurality of channels being internally tapered towards said second open rear end and preferably having an inner rake angle included between 0° and 1.5° measured with respect to a longitudinal extension axis of each channel, said shock absorbing element being insertable and fixable within an internal lateral cavity of a chassis of said vehicle, wherein said lateral external surface comprises at least one substantially planar face positioned on one side of said polymeric shock absorbing element characterised in that said polymeric shock absorbing element comprises at least one metallic fixing element which includes a central portion which in turn comprises a first central wall which is made integral to a corresponding substantially planar face of said lateral external surface, said at least one metallic fixing element additionally comprising a plurality of lateral stiffeners which are respectively welded or made integral with a plurality of corresponding inner walls of said first metallic plate and/or of said second metallic plate.
A transmission method applied to an inter-system handover, comprising: receiving, by a user plane function, UPF, device in a 5G core network, data packets of a quality of service, QoS, flow and a first end marker packet from a source access network device over a first data tunnel, the first data tunnel being established for a protocol data unit, PDU, session, an encapsulation header of the data packets comprises an identity of the QoS flow, the first end marker packet is used to indicate an end of sending packets of the QoS flow; sending, by the UPF device, the received data packets and a second end marker packet to a serving gateway, S-GW, device over a second data tunnel, wherein the second end marker packet is corresponding to an evolved packet system, EPS, bearer, the second data tunnel is established according to an evolved packet system, EPS, bearer; wherein the second end marker packet is generated based on the first end marker packet and a correspondence between the session and the EPS bearer. receiving, by a user plane function, UPF, device in a 5G core network, data packets of a quality of service, QoS, flow and a first end marker packet from a source access network device over a first data tunnel, the first data tunnel being established for a protocol data unit, PDU, session, an encapsulation header of the data packets comprises an identity of the QoS flow, the first end marker packet is used to indicate an end of sending packets of the QoS flow; sending, by the UPF device, the received data packets and a second end marker packet to a serving gateway, S-GW, device over a second data tunnel, wherein the second end marker packet is corresponding to an evolved packet system, EPS, bearer, the second data tunnel is established according to an evolved packet system, EPS, bearer; wherein the second end marker packet is generated based on the first end marker packet and a correspondence between the session and the EPS bearer.
A neuromuscular lead assembly, comprising: a base; a plurality of stimulation electrodes mechanically supported by the base and configured to be connected to a patient; a plurality of sensing electrodes supported by the base and in electrical communication with the patient, the plurality of sensing electrodes being configured to electrically communicate with a processor to detect muscle activity in response to a stimulation from at least one of the plurality of stimulation electrodes; and characterised in that the plurality of sensing electrodes is configured selectable with at least one of the plurality of sensing electrodes not detecting patient movement. a base; a plurality of stimulation electrodes mechanically supported by the base and configured to be connected to a patient; a plurality of sensing electrodes supported by the base and in electrical communication with the patient, the plurality of sensing electrodes being configured to electrically communicate with a processor to detect muscle activity in response to a stimulation from at least one of the plurality of stimulation electrodes; and characterised in that the plurality of sensing electrodes is configured selectable with at least one of the plurality of sensing electrodes not detecting patient movement.
A track pin assembly comprising: a pin comprising a first axial end and a second axial end configured to engage a respective outer link (13b, 14b) of a joint, a first cavity which defines a tank for containing lubricating oil or grease, a second cavity arranged at the second axial end of the pin and open at the second axial end of the pin; a sensor arranged in the second cavity and comprising a sensor element, configured to measure a temperature and to generate a signal indicative of the measured temperature, and a transmitter configured to irradiate a measuring signal that is representative of the signal generated by the sensor element; a power source configured to constantly supply the sensor and arranged in the second cavity. a pin comprising a first axial end and a second axial end configured to engage a respective outer link (13b, 14b) of a joint, a first cavity which defines a tank for containing lubricating oil or grease, a second cavity arranged at the second axial end of the pin and open at the second axial end of the pin; a sensor arranged in the second cavity and comprising a sensor element, configured to measure a temperature and to generate a signal indicative of the measured temperature, and a transmitter configured to irradiate a measuring signal that is representative of the signal generated by the sensor element; a power source configured to constantly supply the sensor and arranged in the second cavity.
A ring-type terminal comprising: a main body configured to be placed on and surround a user's finger and including an insertion region in which the finger is inserted; a fingerprint sensor (410; 420) provided on at least one region of an inner circumferential surface of the main body and configured to recognize a fingerprint of the finger; a guide module provided on the inner circumferential surface such that the finger comes in contact with the fingerprint sensing module while the finger is inserted in the insertion region; and a controller configured to execute a function based on the fingerprint sensed by the fingerprint sensing module, characterized in that the guide module overlaps the fingerprint sensor and protrudes from the inner circumferential surface when the finger is inserted into the insertion region, and wherein the guide module comprises: a guide plate overlapping the fingerprint sensing module; an accommodating portion recessed into a part of the inner circumferential surface such that the guide plate is accommodated therein; and elastic members configured to elastically support the guide plate such that the guide plate protrudes from the accommodating portion. a main body configured to be placed on and surround a user's finger and including an insertion region in which the finger is inserted; a fingerprint sensor (410; 420) provided on at least one region of an inner circumferential surface of the main body and configured to recognize a fingerprint of the finger; a guide module provided on the inner circumferential surface such that the finger comes in contact with the fingerprint sensing module while the finger is inserted in the insertion region; and a controller configured to execute a function based on the fingerprint sensed by the fingerprint sensing module, characterized in that the guide module overlaps the fingerprint sensor and protrudes from the inner circumferential surface when the finger is inserted into the insertion region, and a guide plate overlapping the fingerprint sensing module; an accommodating portion recessed into a part of the inner circumferential surface such that the guide plate is accommodated therein; and elastic members configured to elastically support the guide plate such that the guide plate protrudes from the accommodating portion.
A device for attaching a catheter to a patient, comprising: - a base, having a first face configured to be glued to the skin of a patient, a second face opposite to the first face suitable for receiving a catheter according to a catheter insertion axis X and - at least two pegs which rise substantially perpendicular to said second face, each peg of said two pegs comprising a stem which rises from said second face and which has a cross section dimensioned so as it can freely pass through a through hole (Bb) of a fin of a catheter to be used together with said device, and which also has an enlarged free end having a cross section greater than the cross section of the stem and such that it cannot freely cross said through hole (Bb), said enlarged end being configured to cross said through hole (Bb) only by elastically widening the through hole (Bb); wherein said two pegs are arranged in a substantially symmetrical position with respect to the catheter insertion axis X, defining an axis of pegs positioning Y, perpendicular to the catheter insertion axis X; characterized in that the pegs are connected to respective elastically deformable portions of said base, said elastically deformable portions being configured to move the pegs along the axis of pegs positioning Y in response to a force exerted by a user. - a base, having a first face configured to be glued to the skin of a patient, a second face opposite to the first face suitable for receiving a catheter according to a catheter insertion axis X and - at least two pegs which rise substantially perpendicular to said second face, each peg of said two pegs comprising a stem which rises from said second face and which has a cross section dimensioned so as it can freely pass through a through hole (Bb) of a fin of a catheter to be used together with said device, and which also has an enlarged free end having a cross section greater than the cross section of the stem and such that it cannot freely cross said through hole (Bb), said enlarged end being configured to cross said through hole (Bb) only by elastically widening the through hole (Bb);
A process variable transmitter for measuring a pressure of a process fluid, comprising: a first inlet configured to couple to a first process pressure and a second inlet configured to couple to a second process pressure; a differential pressure sensor coupled to the first and second inlets having an output related to a differential pressure between the first pressure and the second pressure (P1, P2); a first pressure sensor coupled to the first inlet having an output related to the first pressure, wherein the first pressure sensor couples directly to the process fluid; transmitter circuitry configured to provide a transmitter output based upon the output from the differential pressure sensor and further provide enhanced functionality based upon the output from the first pressure sensor; and a flange, wherein the flange includes at least a portion of the first and second inlets; characterised in that: the flange further includes a direct coupling passageway which couples the first pressure sensor to the first inlet. a first inlet configured to couple to a first process pressure and a second inlet configured to couple to a second process pressure; a differential pressure sensor coupled to the first and second inlets having an output related to a differential pressure between the first pressure and the second pressure (P1, P2); a first pressure sensor coupled to the first inlet having an output related to the first pressure, wherein the first pressure sensor couples directly to the process fluid; transmitter circuitry configured to provide a transmitter output based upon the output from the differential pressure sensor and further provide enhanced functionality based upon the output from the first pressure sensor; and a flange, wherein the flange includes at least a portion of the first and second inlets; characterised in that: the flange further includes a direct coupling passageway which couples the first pressure sensor to the first inlet.
A method for preparing ferrite nanocrystals, comprising the following steps: i) providing a solution comprising a fatty acid, an aliphatic amine and an alcoholic solvent; ii) adding at least one organometallic precursor compound comprising Fe and optionally a second organometallic precursor compound comprising a metal selected from Mn, Co, Zn and an aromatic aldehyde selected from the group consisting of benzaldehyde, 4-biphenyl carbaldehyde, 2-phenylpropionaldehyde, 1,4-benzenedicarboxaldehyde, 4-methylbenzaldehyde, vinylbenzaldehyde, isopropenylbenzenaldehyde, 4-isopropylbenzaldehyde and 4-(1-methylethyl)benzaldehyde to the solution in point i) thereby obtaining a reaction mixture; iii) transferring the reaction mixture obtained in step ii) to a sealed reactor, thereby obtaining a filling percentage thereof of between 20 and 70 vol.%; and iv) heating said sealed reactor to a temperature of between 160°C and 240°C for at least 3 hours. i) providing a solution comprising a fatty acid, an aliphatic amine and an alcoholic solvent; ii) adding at least one organometallic precursor compound comprising Fe and optionally a second organometallic precursor compound comprising a metal selected from Mn, Co, Zn and an aromatic aldehyde selected from the group consisting of benzaldehyde, 4-biphenyl carbaldehyde, 2-phenylpropionaldehyde, 1,4-benzenedicarboxaldehyde, 4-methylbenzaldehyde, vinylbenzaldehyde, isopropenylbenzenaldehyde, 4-isopropylbenzaldehyde and 4-(1-methylethyl)benzaldehyde to the solution in point i) thereby obtaining a reaction mixture; iii) transferring the reaction mixture obtained in step ii) to a sealed reactor, thereby obtaining a filling percentage thereof of between 20 and 70 vol.%; and iv) heating said sealed reactor to a temperature of between 160°C and 240°C for at least 3 hours.
A method for transporting laying articles and hanging articles in loading aids with conveying equipment in a largely automated storage system, wherein the loading aid comprises a goods carrier with a base, which forms on its upper side at least one receiving space, on which at least one laying article can be deposited, and a supporting frame, on which at least one hanging article can be hung, wherein at least one laying article and/or at least one hanging article is loaded onto the loading aid and is transported with the loading aid on an incoming conveying equipment to a rack store (2, 3), wherein the loading aid is transferred by means of a conveyor vehicle from the incoming conveying equipment and is stored (buffered) into a rack bay (12, 13) of the rack store (2, 3) and, in accordance with an order, is retrieved by means of a conveyor vehicle from a rack bay (12, 13) of the rack store (2, 3) and is transferred to an outgoing conveying equipment and is transported away by the outgoing conveying equipment from a rack store (2, 3), wherein during the transport process the loading aid rests with its base on a conveying surface of the conveying equipment or on the conveyor vehicle, and during the storage process the loading aid rests with its base on a storage surface of the rack bay (12, 13).
Optoelectronic projection device which generates a predefined image during operation, comprising a semiconductor body, which has an active layer suitable for generating electromagnetic radiation and a radiation exit side, wherein, for making electrical contact with the semiconductor body a first contact layer and a second contact layer are arranged at a rear side of the semiconductor body, said rear side lying opposite the radiation exit side, and are electrically insulated from one another by means of a separating layer, and wherein a partial region of the first contact layer extends from the rear side through at least one perforation in the active layer in the direction toward the radiation exit side, characterized in that the semiconductor body is an imaging element of the projection device and the second contact layer is structured in the form of pixels, wherein at least one part of the predefined image arises as a result of the projection of the pixels during the operation of the projection device.
A method of generating data models in a mobile computing device connected to a peripheral device, comprising: obtaining a classifier model that expresses behavior information as decision nodes, the classifier model evaluating features related to the peripheral device connected to the mobile computing device; observing behaviors of the features related to the peripheral device; generating a behavior vector for a configuration of the mobile computing device based on the observed behaviors; and applying the behavior vector to the classifier model to detect undesirable behavior on the mobile computing device related to the peripheral device. obtaining a classifier model that expresses behavior information as decision nodes, the classifier model evaluating features related to the peripheral device connected to the mobile computing device; observing behaviors of the features related to the peripheral device; generating a behavior vector for a configuration of the mobile computing device based on the observed behaviors; and applying the behavior vector to the classifier model to detect undesirable behavior on the mobile computing device related to the peripheral device.
A computing system comprising: a cache comprising a plurality of blocks for storing data; and a cache controller coupled to the cache, wherein in response to detecting an access request for given data, the cache controller is configured to: determine whether the given data is indicated as being expected to be reused; and in response to determining the access request misses in the cache: allocate the given data in the cache and store a count that indicates a number of times the given data is expected to be used, responsive to determining the given data is indicated as expected to be reused; and prevent allocating the given data in the cache, responsive to determining the given data is indicated as not expected to be reused. a cache comprising a plurality of blocks for storing data; and a cache controller coupled to the cache, wherein in response to detecting an access request for given data, the cache controller is configured to: determine whether the given data is indicated as being expected to be reused; and in response to determining the access request misses in the cache: allocate the given data in the cache and store a count that indicates a number of times the given data is expected to be used, responsive to determining the given data is indicated as expected to be reused; and prevent allocating the given data in the cache, responsive to determining the given data is indicated as not expected to be reused. determine whether the given data is indicated as being expected to be reused; and in response to determining the access request misses in the cache: allocate the given data in the cache and store a count that indicates a number of times the given data is expected to be used, responsive to determining the given data is indicated as expected to be reused; and prevent allocating the given data in the cache, responsive to determining the given data is indicated as not expected to be reused. allocate the given data in the cache and store a count that indicates a number of times the given data is expected to be used, responsive to determining the given data is indicated as expected to be reused; and prevent allocating the given data in the cache, responsive to determining the given data is indicated as not expected to be reused.
A railway maintenance machine comprising: a chassis, the chassis being configured for movement along a railway; an imaging device which faces downwardly towards the railway and which is configured to acquire images of the railway; an injection device that is associated with the imaging device and that is configured to fill spike holes in a railroad tie; and a controller that is coupled to the imaging device and the injection device, the controller including: a spike hole detecting module including instructions that, when executed, compare an image captured by the imaging device to a database of images of spike holes; and an execution module including instructions that, when executed, automatically move the injection device into alignment with a detected spike hole and cause the injection device to inject a chemical solution into the spike hole to fill the spike hole. a chassis, the chassis being configured for movement along a railway; an imaging device which faces downwardly towards the railway and which is configured to acquire images of the railway; an injection device that is associated with the imaging device and that is configured to fill spike holes in a railroad tie; and a controller that is coupled to the imaging device and the injection device, the controller including: a spike hole detecting module including instructions that, when executed, compare an image captured by the imaging device to a database of images of spike holes; and an execution module including instructions that, when executed, automatically move the injection device into alignment with a detected spike hole and cause the injection device to inject a chemical solution into the spike hole to fill the spike hole. a spike hole detecting module including instructions that, when executed, compare an image captured by the imaging device to a database of images of spike holes; and an execution module including instructions that, when executed, automatically move the injection device into alignment with a detected spike hole and cause the injection device to inject a chemical solution into the spike hole to fill the spike hole.