mhurhangee/patent-ind-claim-en huggingface dataset:
A compound loop antenna, comprising: a magnetic loop (E) located on a first plane and generating a magnetic field, the magnetic loop including a downstream portion and an upstream portion, the downstream portion separated from the upstream portion by a first capacitive gap (C) that capacitively feeds the downstream portion of the magnetic loop, wherein the first capacitive gap adds a first capacitive reactance to a total capacitive reactance of the antenna; an electric field radiator located on the first plane, the electric field radiator coupled to the magnetic loop and configured to emit an electric field orthogonal to the magnetic field, wherein a total inductive reactance of the antenna substantially matches the total capacitive reactance; a radiator feed located on the first plane and coupled to the magnetic loop via a first electrical trace ; and wherein the electric field radiator is coupled to the magnetic loop via a second electrical trace (F) positioned on a second plane below the first plane, the electric field radiator positioned adjacent to the radiator feed and separated from the radiator feed by a second capacitive gap (D) that capacitively feeds the electric field radiator , wherein the second capacitive gap (D) has a second capacitive reactance adding to the total capacitive reactance. a magnetic loop (E) located on a first plane and generating a magnetic field, the magnetic loop including a downstream portion and an upstream portion, the downstream portion separated from the upstream portion by a first capacitive gap (C) that capacitively feeds the downstream portion of the magnetic loop, wherein the first capacitive gap adds a first capacitive reactance to a total capacitive reactance of the antenna; an electric field radiator located on the first plane, the electric field radiator coupled to the magnetic loop and configured to emit an electric field orthogonal to the magnetic field, wherein a total inductive reactance of the antenna substantially matches the total capacitive reactance; a radiator feed located on the first plane and coupled to the magnetic loop via a first electrical trace ; and wherein the electric field radiator is coupled to the magnetic loop via a second electrical trace (F) positioned on a second plane below the first plane, the electric field radiator positioned adjacent to the radiator feed and separated from the radiator feed by a second capacitive gap (D) that capacitively feeds the electric field radiator , wherein the second capacitive gap (D) has a second capacitive reactance adding to the total capacitive reactance.
Support arrangement for a unit used within a retail environment, said arrangement comprising: a unit comprising a casing with a substantially flat rear side , at least three recesses arranged in a predetermined pattern are formed in the rear side of the unit , said recesses are shaped such that a shoulder extending around at least a section of the recess in the rear side is formed; a support device comprising a substantially flat support body intended to be secured to a wall, a shelf or a support structure, said support device comprises a corresponding number of attachment protrusions as the number of recesses , said attachment protrusions have shape and dimension corresponding to shape and dimension of the recesses and each comprising a support surface intended to bear against the shoulder of the recesses to maintain the unit attached to the support device ; and a releasable locking device arranged to maintain the support surfaces in contact with the shoulders in the recesses , said locking device has a male / female configuration and comprises a male element , a female element and a release element arranged to release the connection between the male and female element to release the unit from the support device , characterized in that the male element and female element are arranged between the rear side of the unit and the flat support body , and the release element comprises an actuator extending substantially parallel to the flat support body outside the support body in the plane of the support body . a unit comprising a casing with a substantially flat rear side , at least three recesses arranged in a predetermined pattern are formed in the rear side of the unit , said recesses are shaped such that a shoulder extending around at least a section of the recess in the rear side is formed; a support device comprising a substantially flat support body intended to be secured to a wall, a shelf or a support structure, said support device comprises a corresponding number of attachment protrusions as the number of recesses , said attachment protrusions have shape and dimension corresponding to shape and dimension of the recesses and each comprising a support surface intended to bear against the shoulder of the recesses to maintain the unit attached to the support device ; and a releasable locking device arranged to maintain the support surfaces in contact with the shoulders in the recesses , said locking device has a male / female configuration and comprises a male element , a female element and a release element arranged to release the connection between the male and female element to release the unit from the support device , characterized in that the male element and female element are arranged between the rear side of the unit and the flat support body , and the release element comprises an actuator extending substantially parallel to the flat support body outside the support body in the plane of the support body .
An electronic display comprising: a screen for displaying digital content; an electronic operating circuit for operating the screen; a support supporting the screen and the operating circuit, the support having a recess and including engaging means for use in positioning of the support in one of a standing position in which the support stands on a surface and a hung position in which the support is hung on a surface; a stand having an engagement part engageable with the engaging means for standing the support on a surface in the standing position, the stand including a first electrical connecting means for connecting the operating circuit to a power source; and a second electrical connecting means for connecting the operating circuit to a power source, the second electrical connecting means including an electrical connecting unit for use in the recess of the support in the hung position, with the engaging means engaging an engaging element on a surface from which the support is hung. a screen for displaying digital content; an electronic operating circuit for operating the screen; a support supporting the screen and the operating circuit, the support having a recess and including engaging means for use in positioning of the support in one of a standing position in which the support stands on a surface and a hung position in which the support is hung on a surface; a stand having an engagement part engageable with the engaging means for standing the support on a surface in the standing position, the stand including a first electrical connecting means for connecting the operating circuit to a power source; and a second electrical connecting means for connecting the operating circuit to a power source, the second electrical connecting means including an electrical connecting unit for use in the recess of the support in the hung position, with the engaging means engaging an engaging element on a surface from which the support is hung.
A method for guarding an automated process to operate a household appliance based on a sensor measurement to provide an expected process parameter, wherein - the sensor measures a process parameter, - the process changes the process parameter by operating on a control parameter of the household appliance , - if a change in the control parameter does not lead towards the expected process parameter, then a first failure is acquired; and - a response to the first failure depends on the control parameter, characterised in that if the measured process parameter cannot be determined, it is extrapolated from a previous measurement, and a weighted failure is determined based on the magnitude of the control parameter. - the sensor measures a process parameter, - the process changes the process parameter by operating on a control parameter of the household appliance , - if a change in the control parameter does not lead towards the expected process parameter, then a first failure is acquired; and - a response to the first failure depends on the control parameter,
Method for producing an antenna for a radiofrequency transponder on an insulating substrate (12; 12B), said antenna comprising a spiral having an axis (SX) parallel to the insulating substrate (12; 12B), said method comprising the following steps: - at least a first portion of each turn (S1-S4) is formed or arranged on said substrate at a first plane level (P1), - at least a second portion of each turn, comprising an alternation with respect to said first portion, is formed or held at a distance (e) from said plane (P1), and each turn (S1-S4) comprises a segment inlaid in said insulating substrate and a non-inlaid alternation in said substrate , said alternation being relative to the segment and the non-inlaid alternation extending above the plane (P1) of the substrate and forming a loop, said second portion is formed opposite an electromagnetic flux concentrator core which is arranged substantially in the axis (SX) of the spiral, between said first and second portions of each turn. - at least a first portion of each turn (S1-S4) is formed or arranged on said substrate at a first plane level (P1), - at least a second portion of each turn, comprising an alternation with respect to said first portion, is formed or held at a distance (e) from said plane (P1), and each turn (S1-S4) comprises a
A blade outer air seal , comprising: a seal body having a channel on a radially inner side (R1), defining a first height portion within the channel and a second height portion outside of the channel ; a first cavity in the first height portion and a second cavity in the second height portion; and an abradable coating over the radially inner side (R1) and filling the first and second cavities , characterised in that : the first and second cavities have the same depth relative to a radially outer side (R2) of the seal body. a seal body having a channel on a radially inner side (R1), defining a first height portion within the channel and a second height portion outside of the channel ; a first cavity in the first height portion and a second cavity in the second height portion; and an abradable coating over the radially inner side (R1) and filling the first and second cavities ,
An apparatus for controlling brightness of a LED lamp, comprising: a sensing switch , configured to sense a current signal generated due to environmental change, wherein the current signal (A1) is output from the sensor switch through a sensor switch output wire (L1); and at least one LED control device connected to the sensing switch output wire (L1), wherein the at least one LED control device comprises a current rectifying unit connected to said wire (L1), and a current limiting unit , the rectifying unit output being connected to the input of the current limiting unit , characterized in that the at least one LED control device further comprises a transimpedance amplification unit and a Schmidt circuit; the output of the rectifying unit is connected to the transimpedance amplification unit , the output of which being connected to the input of a Schmidt circuit; wherein the transimpedance amplification unit converts the current signal (A1) into a voltage signal (V1), and the Schmidt circuit is adapted to convert the voltage signal (V1) into a square wave signal (F1) and output said square wave signal to a microcontroller for controlling the LED lamp. a sensing switch , configured to sense a current signal generated due to environmental change, wherein the current signal (A1) is output from the sensor switch through a sensor switch output wire (L1); and at least one LED control device connected to the sensing switch output wire (L1), wherein the at least one LED control device comprises a current rectifying unit connected to said wire (L1), and a current limiting unit , the rectifying unit output being connected to the input of the current limiting unit , characterized in that the at least one LED control device further comprises a transimpedance amplification unit and a Schmidt circuit; the output of the rectifying unit is connected to the transimpedance amplification unit , the output of which being connected to the input of a Schmidt circuit; wherein the transimpedance amplification unit converts the current signal (A1) into a voltage signal (V1), and the Schmidt circuit is adapted to convert the voltage signal (V1) into a square wave signal (F1) and output said square wave signal to a microcontroller for controlling the LED lamp.
Device for dispensing a fluid product comprising a body and a dispensing head provided with a dispensing orifice and axially movable with respect to said body during actuation, said body receiving a vessel containing one or two doses of fluid product, said device comprising an electronic module which comprises a wireless communication module , such as a GSM module and/or a Wi-Fi module and/or a Bluetooth ® module, a geographical location module , such as a GPS module and/or an antenna array, and a power source , such as a battery, characterised in that said device comprises a sensor system for automatically detecting and signalling handling representative of an attempt to use said device, said sensor system comprising at least one first sensor arranged on said dispensing head and at least one second sensor arranged on said body , said sensor system detecting handling representative of an attempt to use said device when said first and second sensors are activated simultaneously, said wireless communication module being designed to make an automatic emergency call to an emergency number when said sensor system detects handling representative of an attempt to use said device.
Handheld work apparatus, having a tool and having a drive motor for driving the tool , having a handle , wherein the handle has a longitudinal axis ; having an activation lever for operating the drive motor ; having a blocking lever for the activation lever , wherein the blocking lever is mounted so as to be pivotable about a rotation axis of the blocking lever ; and having a longitudinal plane , wherein the longitudinal plane contains the longitudinal axis of the handle and runs parallel to the rotation axis of the blocking lever ; wherein the blocking lever blocks the activation lever in a blocking position and releases said activation lever for activation in at least one releasing position , characterized in that the longitudinal axis of the handle , when viewed perpendicularly onto the longitudinal plane , conjointly with the rotation axis of the blocking lever includes an angle (α), wherein the angle (α) is in a range from 10° to 60°.
Locking mechanism for cargo vehicle doors, comprising - a handle attached to - a base fastened to the outer side of a door of the cargo vehicle by means of - a rotation axis , actuating said handle upon - a slider arranged on the base , having a first wedge-shaped end and a second end, and sliding relative to - an anchorage being arranged on the outer frame of the door , and - a compression spring contacting the second end of the slider , in such a way that - in a locking position the first wedge-shaped end of the slider is retained in the anchorage , - and the compression spring pushes the slider towards its initial position allowing fitting the first slider in the anchorage and closing the door by it being pushed by the user, the locking mechanism being characterized in that it comprises - a double torsion spring arranged on the rotation axis and fastened to the handle , which in turn comprises a central protrusion, wherein - the anchorage comprises a cylinder , in which the first wedge-shaped end of the slider is retained in the locking position, - rotation of the handle around the rotation axis causes rotation of the double torsion spring and pushing of its central protrusion over the slider which slides releasing the first end thereof from the cylinder of the anchorage , thus opening the door . - a handle attached to - a base fastened to the outer side of a door of the cargo vehicle by means of - a rotation axis , actuating said handle upon - a slider arranged on the base , having a first wedge-shaped end and a second end, and sliding relative to - an anchorage being arranged on the outer frame of the door , and - a compression spring contacting the second end of the slider , in such a way that - in a locking position the first wedge-shaped end of the slider is retained in the anchorage , - and the compression spring pushes the slider towards its initial position allowing fitting the first slider in the anchorage and closing the door by it being pushed by the user, the locking mechanism being characterized in that it comprises - a double torsion spring arranged on the rotation axis and fastened to the handle , which in turn comprises a central protrusion, wherein - the anchorage comprises a cylinder , in which the first wedge-shaped end of the slider is retained in the locking position, - rotation of the handle around the rotation axis causes rotation of the double torsion spring and pushing of its central protrusion over the slider which slides releasing the first end thereof from the cylinder of the anchorage , thus opening the door .
A method for performing hash based database operations for a symmetric multiprocessing, SMP, database, comprising: receiving at the SMP database a database query; creating a plurality of execution workers comprising multiple threads for processing the query; and building by the execution workers a hash table from a database table, the database table being partitioned according to a degree of parallelism, DOP, of the SMP database into a plurality of partitions and each execution worker being assigned a respective partition, or the database table including a plurality of scan units and each execution worker being assigned a number of scan units, the hash table being shared by the execution workers; wherein in case : each execution worker scans its respective partition and adds entries to the hash table; and in case : each execution worker scans an unprocessed one of its assigned scan units, wherein each scan unit is a plurality of data pages of the database table, adds entries to the hash table according to the scanned scan unit and subsequently scans another unprocessed one of its assigned scan units until the whole database table is scanned and the execution workers performing the scanning and the adding in a parallel manner wherein each scan unit is only processed by one execution worker. receiving at the SMP database a database query; creating a plurality of execution workers comprising multiple threads for processing the query; and building by the execution workers a hash table from a database table, the database table being partitioned according to a degree of parallelism, DOP, of the SMP database into a plurality of partitions and each execution worker being assigned a respective partition, or the database table including a plurality of scan units and each execution worker being assigned a number of scan units, the hash table being shared by the execution workers; wherein in case : each execution worker scans its respective partition and adds entries to the hash table; and in case : each execution worker scans an unprocessed one of its assigned scan units, wherein each scan unit is a plurality of data pages of the database table, adds entries to the hash table according to the scanned scan unit and subsequently scans another unprocessed one of its assigned scan units until the whole database table is scanned and the execution workers performing the scanning and the adding in a parallel manner wherein each scan unit is only processed by one execution worker.
Composite article comprising a body and a solid foam , wherein the body has been produced by means of an additive sintering manufacturing process and is at least positively joined to the foam, wherein the material of the body is different from that of the foam , the body is at least partially formed from a thermoplastic polyurethane elastomer having a density of ≥ 1 kg/l and a Shore hardness (DIN ISO 7619-1) of ≥ 50A and ≤ 98A, the foam is at least partially formed from a polyurethane foam, the body comprises a spatial network of node points joined to one another by struts and a space present between the struts , the space present between the struts is at least partially occupied by the polyurethane foam in solid form, the space between the struts of the body accounts for ≥ 60% to ≤ 90% of the volume of the body, in the body the struts have an average length of ≥ 500 μm to ≤ 50 mm, the struts have an average thickness of ≥ 500 μm to ≤ 2.5 mm and the body has in at least one spatial direction a compressive strength (40% compression, DIN EN ISO 3386-1:2010-09) of ≥ 20 to ≤ 70 kPa, in the body the node points are distributed in a periodically repeating manner in at least a portion of the volume of the body , in the body the spatial density of the node points in a first region of the body is different from the spatial density of the node points in a second region of the body and the average spatial density of the node points in the body is ≥ 5000 node points/m 3 to ≤ 100 000 node points/m 3 . the body has been produced by means of an additive sintering manufacturing process and is at least positively joined to the foam, wherein the material of the body is different from that of the foam , the body is at least partially formed from a thermoplastic polyurethane elastomer having a density of ≥ 1 kg/l and a Shore hardness (DIN ISO 7619-1) of ≥ 50A and ≤ 98A, the foam is at least partially formed from a polyurethane foam, the body comprises a spatial network of node points joined to one another by struts and a space present between the struts , the space present between the struts is at least partially occupied by the polyurethane foam in solid form, the space between the struts of the body accounts for ≥ 60% to ≤ 90% of the volume of the body, in the body the struts have an average length of ≥ 500 μm to ≤ 50 mm, the struts have an average thickness of ≥ 500 μm to ≤ 2.5 mm and the body has in at least one spatial direction a compressive strength (40% compression, DIN EN ISO 3386-1:2010-09) of ≥ 20 to ≤ 70 kPa, in the body the node points are distributed in a periodically repeating manner in at least a portion of the volume of the body , in the body the spatial density of the node points in a first region of the body is different from the spatial density of the node points in a second region of the body and the average spatial density of the node points in the body is ≥ 5000 node points/m 3 to ≤ 100 000 node points/m 3 .