mhurhangee/ep-ind-claims huggingface dataset:
Control unit for a motor vehicle, and the control unit comprises a voltage converter that comprises an input for a direct voltage supply system (10, 12, 16) and the voltage converter is designed so as to generate on the output side a direct voltage that is less than an input voltage at the input for the direct voltage supply system and to output the direct voltage on the output side, characterized in that the voltage converter comprises an inverter and a transformer that is connected on the output side to the inverter, and comprises an input for a discharge signal, and the voltage converter is designed so as in response to the discharge signal to discharge by way of the inverter an intermediate circuit capacitor that is connected to the input for the direct voltage supply system and for this purpose to reduce a working frequency of the inverter in comparison to when a discharge signal is not provided.
A method for compensating for external magnetic fields in memory devices comprising: positioning at least one external magnetic field sensing element adjacent to at least one array of memory cells, wherein the array of memory cells comprises bit cells having a bit cell magnetic tunnel junction, MTJ, wherein a write driver is in electrical communication with said at least one external magnetic field sensing element and said at least one array of memory cells, wherein the at least one external magnetic field sensing element is a watch cell, the watch cell comprising a watch cell access transistor to a watch cell magnetic tunnel junction that has different bias conditions than a bit cell access transistor to a bit cell MTJ; monitoring the at least one external magnetic field sensing element for signals indicative of the present of an external magnetic field; and adjusting a write current to the at least one array of memory cells by trimming the write driver. positioning at least one external magnetic field sensing element adjacent to at least one array of memory cells, wherein the array of memory cells comprises bit cells having a bit cell magnetic tunnel junction, MTJ, wherein a write driver is in electrical communication with said at least one external magnetic field sensing element and said at least one array of memory cells, wherein the at least one external magnetic field sensing element is a watch cell, the watch cell comprising a watch cell access transistor to a watch cell magnetic tunnel junction that has different bias conditions than a bit cell access transistor to a bit cell MTJ; monitoring the at least one external magnetic field sensing element for signals indicative of the present of an external magnetic field; and adjusting a write current to the at least one array of memory cells by trimming the write driver.
A washing machine, comprising: a washing machine main body with a built-in main controller; a cylindrical cavity disposed in the washing machine main body and for receiving laundry; a washing machine door, connected to a washing machine main body casing and for closing a laundry input opening of the cylindrical cavity, formed on the washing machine main body casing; a lock catch, disposed on one of the washing machine main body casing and the washing machine door; a door lock latch, disposed on the other one of the washing machine main body casing and the washing machine door and working together with the lock catch to lock or unlock the washing machine door; an electromagnetic component, mounted on one of the washing machine main body casing and the washing machine door and controlled by the main controller; and an attracted component; wherein upon triggering a start button of the washing machine, the electromagnetic component employs a transient attraction force on the attracted component, so that the lock catch automatically locks the door lock latch, characterized in that, the attracted component is disposed on the other one of the washing machine main body casing and the washing machine door as the electromagnetic component. a washing machine main body with a built-in main controller; a cylindrical cavity disposed in the washing machine main body and for receiving laundry; a washing machine door, connected to a washing machine main body casing and for closing a laundry input opening of the cylindrical cavity, formed on the washing machine main body casing; a lock catch, disposed on one of the washing machine main body casing and the washing machine door; a door lock latch, disposed on the other one of the washing machine main body casing and the washing machine door and working together with the lock catch to lock or unlock the washing machine door; an electromagnetic component, mounted on one of the washing machine main body casing and the washing machine door and controlled by the main controller; and an attracted component; wherein upon triggering a start button of the washing machine, the electromagnetic component employs a transient attraction force on the attracted component, so that the lock catch automatically locks the door lock latch, characterized in that, the attracted component is disposed on the other one of the washing machine main body casing and the washing machine door as the electromagnetic component.
An adhesive composition containing substantially no organic solvent, wherein the composition is a polyester-based adhesive composition comprising a polyester having a weight-average molecular weight of from 1.0 × 10 3 to 20 × 10 3 as a main component thereof and a trifunctional or more polyepoxy compound as a crosslinking agent, wherein, when the molar number, m COOH, of carboxyl group contained in a poly-carboxylic acid component constituting the polyester is taken as 1, the molar number, m OH, of hydroxyl group contained in a polyalcohol component constituting the polyester is from 0.5 to 0.98, and wherein the composition has a viscosity at 23°C of at most 80 Pa·s, wherein the weight-average molecular weight and the viscosity have been measured as defined in the description.
A drain for sanitary discharges comprising a vertical tubular body, which terminates above at an upper end with an edge, radially and peripherally enlarged projecting outwardly, wherein said tubular body, at a lower free end, provides a section of body at least externally threaded, characterized in that said section of body at least externally threaded comprises at least one area without threading which defines at least one duct which extends from said upper end to said lower end passing through the whole threaded section.
Washing device for washing the wheels of a vehicle in an installation (I, 20) for the washing of vehicles, comprising: - a rotating member comprising at least one first rotating arm for dispensing water under pressure on a wheel of the vehicle by means of one or more nozzles provided on said first rotating arm, and at least one second rotating arm for dispensing, on the same wheel, a specific chemical product for the washing of the wheels of the vehicle, by means of one or more nozzles provided on said second rotating arm; - an electric motor assembly (18, 18a, 18b), for driving the rotation of said rotating member; - a first hydraulic supply circuit for supplying the water under pressure to said rotating member (11, 12); - a second hydraulic supply circuit for supplying said specific product to said rotating member (11, 16), and - a rotating distributor for connecting said first and said second supply circuits to said rotating member and distributing the water under pressure and the specific product respectively to said first rotating arm and to said second rotating arm; wherein said first and said second supply circuits (31, 32) are reciprocally distinct without having any conduit in common and are configured, together with said rotating distributor, in such a way as to supply and distribute, one separately from the other, the water under pressure and the specific chemical product, respectively to said first and to said second rotating arm of the rotating member. - a rotating member comprising at least one first rotating arm for dispensing water under pressure on a wheel of the vehicle by means of one or more nozzles provided on said first rotating arm, and at least one second rotating arm for dispensing, on the same wheel, a specific chemical product for the washing of the wheels of the vehicle, by means of one or more nozzles provided on said second rotating arm; - an electric motor assembly (18, 18a, 18b), for driving the rotation of said rotating member; - a first hydraulic supply circuit for supplying the water under pressure to said rotating member (11, 12); - a second hydraulic supply circuit for supplying said specific product to said rotating member (11, 16), and - a rotating distributor for connecting said first and said second supply circuits to said rotating member and distributing the water under pressure and the specific product respectively to said first rotating arm and to said second rotating arm;
A blocking device for pneumatically blocking a semi-finished optical element having a first face to which the blocking device is to be attached and having opposite to the first face a second face to be surfaced in a surfacing machine configured for holding the semi-finished optical element via the blocking device, said blocking device comprising: - a mounting portion provided for mounting the blocking device on a corresponding mounting member of said surfacing machine; and - a blocking portion configured for blocking said semi-finished optical element; said blocking portion comprising: - a support member configured for providing a rigid support to said semi-finished optical element, said support member having a contact face onto which said first face of said semi-finished optical element is to be applied; and - a pneumatic blocking member defining a cavity configured to be closed by said first face of said semi-finished optical element, said pneumatic blocking member being configured to sustain a vacuum inside said cavity when closed by said first face of said semi-finished optical element so that said semi-finished optical element is attached to said blocking portion; characterized in that said support member includes a support element made of a shape-memory material having a rigid state below a predetermined temperature and a plastic state above said predetermined temperature, said support element assuming in the absence of external forces a predetermined memory shape when heated above said predetermined temperature, said contact face of said support member being a surface of said support element. - a mounting portion provided for mounting the blocking device on a corresponding mounting member of said surfacing machine; and - a blocking portion configured for blocking said semi-finished optical element; - a support member configured for providing a rigid support to said semi-finished optical element, said support member having a contact face onto which said first face of said semi-finished optical element is to be applied; and - a pneumatic blocking member defining a cavity configured to be closed by said first face of said semi-finished optical element, said pneumatic blocking member being configured to sustain a vacuum inside said cavity when closed by said first face of said semi-finished optical element so that said semi-finished optical element is attached to said blocking portion;
A battery module having sealed vent chamber, the battery module comprising: - a plurality of electrochemical cells each having a housing and a vent configured to deploy from an end of the housing; - a structure defining a chamber and comprising a plurality of sockets, wherein each socket is configured to receive one of the plurality of electrochemical cells such that the vent of the each of the electrochemical cells is located in the chamber; and - a seal provided between the end of the housing of each of the electrochemical cells and its associated socket, such that the seal is configured to seal the end of the housing of each of the electrochemical cells against the respective socket, wherein each seal is configured to seal gases vented into the chamber from escaping the chamber, wherein the vent is separate from the housing, wherein the housing is electrically connected to a terminal, wherein at least a portion of the seal is deformable such that gases released from the electrochemical cells into the chamber compress the deformable portion of the seal against the electrochemical cells to seal the gases in the camber, characterized in that a cell element provided in the electrochemical cell is electrically connected to the vent, wherein the vent is configured to operate as a current disconnect device by separating the vent from the housing to disrupt a flow of current from the electrochemical cell to the terminal. - a plurality of electrochemical cells each having a housing and a vent configured to deploy from an end of the housing; - a structure defining a chamber and comprising a plurality of sockets, wherein each socket is configured to receive one of the plurality of electrochemical cells such that the vent of the each of the electrochemical cells is located in the chamber; and - a seal provided between the end of the housing of each of the electrochemical cells and its associated socket, such that the seal is configured to seal the end of the housing of each of the electrochemical cells against the respective socket, wherein each seal is configured to seal gases vented into the chamber from escaping the chamber,
A patella drill guide and trial instrument, comprising: a posterior trial bearing surface configured to articulate with a condylar surface of a prosthetic femoral component, the posterior trial bearing surface comprising a curved peak surface that defines the posterior-most surface of the patella drill guide and trial instrument, an anterior surface having a centre spike and a number of peripheral spikes (68,70) extending outwardly therefrom, in which (i) a superior/inferior imaginary line bisects the anterior surface in the superior/inferior direction, (ii) the centre of the centre spike is located on the superior/inferior imaginary line, and (iii) the centre spike is longer than the peripheral spikes, and a number of drill guide holes extending through the patella drill guide and trial instrument from the posterior trial bearing surface to the anterior surface. a posterior trial bearing surface configured to articulate with a condylar surface of a prosthetic femoral component, the posterior trial bearing surface comprising a curved peak surface that defines the posterior-most surface of the patella drill guide and trial instrument, an anterior surface having a centre spike and a number of peripheral spikes (68,70) extending outwardly therefrom, in which (i) a superior/inferior imaginary line bisects the anterior surface in the superior/inferior direction, (ii) the centre of the centre spike is located on the superior/inferior imaginary line, and (iii) the centre spike is longer than the peripheral spikes, and a number of drill guide holes extending through the patella drill guide and trial instrument from the posterior trial bearing surface to the anterior surface.
A method for making a coagulant comprising polymerizing 2-methacryloyloxyethyltrimethyl ammonium methyl sulfate and chitosan in the presence of redox initiators.
An antibody that binds human PD-1 and comprises a combination of a heavy chain variable region and a light chain variable region selected from the group consisting of: (a) a VH comprising complementarity determining regions (CDRs) 1, 2, and 3 as set forth in SEQ ID NOS: 17, 40, and 63, respectively; and a VL comprising CDRs 1, 2 and 3 as set forth in SEQ ID NOS: 86, 109, and 132, respectively; or, (b) a VH comprising CDRs 1, 2, and 3 as set forth in SEQ ID NOS: 2, 25, and 48, respectively; and a VL comprising CDRs 1, 2, and 3 as set forth in SEQ ID NOS: 71, 94, and 117, respectively. (a) a VH comprising complementarity determining regions (CDRs) 1, 2, and 3 as set forth in SEQ ID NOS: 17, 40, and 63, respectively; and a VL comprising CDRs 1, 2 and 3 as set forth in SEQ ID NOS: 86, 109, and 132, respectively; or, (b) a VH comprising CDRs 1, 2, and 3 as set forth in SEQ ID NOS: 2, 25, and 48, respectively; and a VL comprising CDRs 1, 2, and 3 as set forth in SEQ ID NOS: 71, 94, and 117, respectively.
Lamp with - a light emitting element arranged within a sealed transparent vessel, - said vessel comprises at least a cylindrical section with a longitudinal axis arranged in parallel to a longitudinal axis of said light emitting element, said cylindrical section of said vessel enclosing said light emitting element, - and a heat shielding element (30, 40, 52) arranged to shield at least infrared light emitted from said light emitting element, - said heat shielding element (30, 40, 52) being arranged in parallel to said longitudinal axis of said light emitting element and having an axial extension of at least 80 % of an axial length of said light emitting element, - said heat shielding element (30, 40, 52) being arranged to shield infrared light emitted from said light emitting element into directions perpendicular to said longitudinal axis of said light emitting element covering a circumferential extension of at least 20° and at most 120° measured in cross-section from said longitudinal axis of said light emitting element, and - said heat shielding element (30, 40, 52), when said lamp is arranged horizontally within a reflector of a vehicle headlight, being arranged above said light emitting element. - a light emitting element arranged within a sealed transparent vessel, - said vessel comprises at least a cylindrical section with a longitudinal axis arranged in parallel to a longitudinal axis of said light emitting element, said cylindrical section of said vessel enclosing said light emitting element, - and a heat shielding element (30, 40, 52) arranged to shield at least infrared light emitted from said light emitting element, - said heat shielding element (30, 40, 52) being arranged in parallel to said longitudinal axis of said light emitting element and having an axial extension of at least 80 % of an axial length of said light emitting element, - said heat shielding element (30, 40, 52) being arranged to shield infrared light emitted from said light emitting element into directions perpendicular to said longitudinal axis of said light emitting element covering a circumferential extension of at least 20° and at most 120° measured in cross-section from said longitudinal axis of said light emitting element, and - said heat shielding element (30, 40, 52), when said lamp is arranged horizontally within a reflector of a vehicle headlight, being arranged above said light emitting element.
Method for estimating the power Ẇ sh absorbed by a compressor of refrigerant on starting up an air-conditioning installation, said installation comprising a so-called high-pressure circuit situated between the outlet of the compressor and the inlet of an expansion member for the refrigerant, characterized in that said method comprises the steps consisting, after starting up the air-conditioning installation, in: (a) computing the derivative dHP / dt of the variations of the pressure HP of the refrigerant in the high-pressure circuit, and deducing therefrom a value δ ṁ r of the corresponding variation of the mass flow rate of the refrigerant in the high-pressure circuit, (b) estimating the mass flow rate ṁ r exp of the refrigerant in said expansion member, and deducing therefrom the mass flow rate ṁ r exp of the refrigerant in the compressor by the relationship: m ̇ rcpr = m ̇ r exp + δ m ̇ τ, (c) estimating the power absorbed Ẇ sh by the compressor from the mass flow rate ṁ rcpr, method in which the steps (a) to (c) are performed before the expansion member outputs refrigerant. (a) computing the derivative dHP / dt of the variations of the pressure HP of the refrigerant in the high-pressure circuit, and deducing therefrom a value δ ṁ r of the corresponding variation of the mass flow rate of the refrigerant in the high-pressure circuit, (b) estimating the mass flow rate ṁ r exp of the refrigerant in said expansion member, and deducing therefrom the mass flow rate ṁ r exp of the refrigerant in the compressor by the relationship: m ̇ rcpr = m ̇ r exp + δ m ̇ τ, (c) estimating the power absorbed Ẇ sh by the compressor from the mass flow rate ṁ rcpr,
A method of communicating information to a measurement probe mounted on a coordinate positioning machine, comprising encoding the information as one or more of a plurality of characteristic movements of the probe, controlling the machine to impart the movement(s) to the probe, detecting the movement(s) at the probe, and decoding the information at the probe from the detected movement(s).
An apparatus for implementation of a system for assessing traffic through a multiple stage switch network, wherein the multiple stage switch network includes a number of ingress switches, a number of middle switches and a number of egress switches, wherein the traffic is to be input on one or more input ports to respective one or more ingress switches of the number of ingress switches, and output on one or more output ports from respective one or more egress switches of the number of egress switches, and wherein the capacity of the multiple stage switch network is represented by the product of a number of at least a subset of the number of middle switches and number of subchannels per middle switch of the subset; the apparatus comprising a processor and a memory storing executable instructions that in response to execution by the processor cause the apparatus to at least: receive an indication of traffic to be routed through a multiple stage switch network configured to route the traffic from one or more input ports to one or more output ports according to a type of the traffic; calculate a network resource requirement of the traffic based on the one or more input ports, one or more output ports and type of the traffic, the network resource requirement being calculated according to an algorithm specific to the type of the traffic, but generalized to any specific route of the traffic through the multiple stage switch network; assess the traffic based on a comparison of the capacity of the multiple stage switch network and the network resource requirement of the traffic; and in the event that it is assessed that the traffic exceeds the capacity of the multiple stage switch network, modify the ingress switches to which the traffic is input, the egress switches from which the traffic is output and/or the type of the traffic. receive an indication of traffic to be routed through a multiple stage switch network configured to route the traffic from one or more input ports to one or more output ports according to a type of the traffic; calculate a network resource requirement of the traffic based on the one or more input ports, one or more output ports and type of the traffic, the network resource requirement being calculated according to an algorithm specific to the type of the traffic, but generalized to any specific route of the traffic through the multiple stage switch network; assess the traffic based on a comparison of the capacity of the multiple stage switch network and the network resource requirement of the traffic; and in the event that it is assessed that the traffic exceeds the capacity of the multiple stage switch network, modify the ingress switches to which the traffic is input, the egress switches from which the traffic is output and/or the type of the traffic.