mhurhangee/patent-ind-claim-en huggingface dataset:
A battery pack, comprising a battery module , a box assembly and a first adhesive member ; the box assembly having an accommodating cavity, the battery module being positioned in the accommodating cavity of the box assembly ; the battery module comprising first batteries arranged sequentially in a horizontal direction; the first battery comprising an electrode assembly and a case , and the electrode assembly being received in the case ; the electrode assembly comprising a first electrode plate , a second electrode plate (11 1b) and a separator provided between the first electrode plate and the second electrode plate (11 1b); the electrode assembly being a winding structure and in a flat shape, and the electrode assembly comprising two flat surfaces , the two flat surfaces facing each other in a vertical direction (Z); or, the electrode assembly being a stacking structure, the first electrode plate , the separator (11 1c) and the second electrode plate being stacked in the vertical direction (Z); the box assembly having a connection portion, and the connection portion being positioned at a side of the battery module in the vertical direction (Z); an outer surface of the case comprising a first surface , and the first surface being connected with the connection portion via the first adhesive member ; an area A of the first surface and an elastic modulus B of the first adhesive member satisfying a relationship: 0.02 cm 2 / MPa ≤ A / B ≤ 9 cm 2 / Mpa ; the elastic modulus B of the first adhesive member is 150MPa-800MPa; the elastic modulus B is Young's modulus. the box assembly having an accommodating cavity, the battery module being positioned in the accommodating cavity of the box assembly ; the battery module comprising first batteries arranged sequentially in a horizontal direction; the first battery comprising an electrode assembly and a case , and the electrode assembly being received in the case ; the electrode assembly comprising a first electrode plate , a second electrode plate (11 1b) and a separator provided between the first electrode plate and the second electrode plate (11 1b); the electrode assembly being a winding structure and in a flat shape, and the electrode assembly comprising two flat surfaces , the two flat surfaces facing each other in a vertical direction (Z); or, the electrode assembly being a stacking structure, the first electrode plate , the separator (11 1c) and the second electrode plate being stacked in the vertical direction (Z); the box assembly having a connection portion, and the connection portion being positioned at a side of the battery module in the vertical direction (Z); an outer surface of the case comprising a first surface , and the first surface being connected with the connection portion via the first adhesive member ; an area A of the first surface and an elastic modulus B of the first adhesive member satisfying a relationship: 0.02 cm 2 / MPa ≤ A / B ≤ 9 cm 2 / Mpa ; the elastic modulus B of the first adhesive member is 150MPa-800MPa; the elastic modulus B is Young's modulus.
A method for handling access rights for access to a physical space (16a-g), the method being performed in an access control device (1, 1a-g), the method comprising the steps of: communicating with a credential of a user , based on short-range wireless communication; determining that the credential does not currently have access rights to access the physical space (16a-g) by determining that there is no access role associated with the access control device that is associated with the credential, wherein access roles of the user are found by querying a local or remote database based on the identifier of the credential; finding a communication address to a superior to the user ; generating an increased-access request message, comprising a link that, when activated, adds a first access role to the user , the first access role implying that the access control device (1, 1a-g) should grant access for the user to the physical space (16a-g), wherein the link is in the form of a URI, Uniform Resource Indicator, wherein access, provided by the first access role, is valid until the association between the credential and the access role is removed or the definition of the access role is modified; sending the increased-access request message to the address of the superior ; receiving an indication that the superior has activated the link, thereby adding the first access role to the user ; and granting access for the user to the physical space (16a-g). communicating with a credential of a user , based on short-range wireless communication; determining that the credential does not currently have access rights to access the physical space (16a-g) by determining that there is no access role associated with the access control device that is associated with the credential, wherein access roles of the user are found by querying a local or remote database based on the identifier of the credential; finding a communication address to a superior to the user ; generating an increased-access request message, comprising a link that, when activated, adds a first access role to the user , the first access role implying that the access control device (1, 1a-g) should grant access for the user to the physical space (16a-g), wherein the link is in the form of a URI, Uniform Resource Indicator, wherein access, provided by the first access role, is valid until the association between the credential and the access role is removed or the definition of the access role is modified; sending the increased-access request message to the address of the superior ; receiving an indication that the superior has activated the link, thereby adding the first access role to the user ; and granting access for the user to the physical space (16a-g).
A guidance device capable of translationally guiding a component , comprising: - two pairs of flexible beams that are symmetrical relative to an axis , the two beams of a pair being curved and not parallel to each other; - a central mechanical structure intersected by said axis , on which structure said pairs of beams are fixed at fixing points (B, C, A', D'), said mechanical structure being capable of being mechanically linked to said component ; characterised in that it further comprises: - two mechanical interfaces each having a pair of beams fixed thereto at fixing points (A, B, C', D'), said interfaces being capable of being fixed on a mechanical structure ; the two sets of fixing points (A, B, C, D, A', B', C', D') located either side of said axis of symmetry each forming a parallelogram, the guidance of said component being obtained by a force exerted on said central mechanical structure parallel to said axis of symmetry. - two pairs of flexible beams that are symmetrical relative to an axis , the two beams of a pair being curved and not parallel to each other; - a central mechanical structure intersected by said axis , on which structure said pairs of beams are fixed at fixing points (B, C, A', D'), said mechanical structure being capable of being mechanically linked to said component ; - two mechanical interfaces each having a pair of beams fixed thereto at fixing points (A, B, C', D'), said interfaces being capable of being fixed on a mechanical structure ; the two sets of fixing points (A, B, C, D, A', B', C', D') located either side of said axis of symmetry each forming a parallelogram, the guidance of said component being obtained by a force exerted on said central mechanical structure parallel to said axis of symmetry.
Composite pane with electrical contacting means, at least comprising: - a first pane and a second pane , which are bonded face-to-face to each other via a thermoplastic intermediate layer , - at least one electrically conductive coating at least on the interior-side surface (I) of the first pane , - at least one busbar on a region of the electrically conductive coating , and - at least one electrically conductive contact strip on at least one region of the busbar , wherein the contact strip is connected to at least one electrical feed line and at least one region of the contact strip is in direct contact with the busbar , wherein there is no mechanical connection, in particular no connection via a soldering compound or an adhesive, between the busbar and the region of the contact strip , - wherein the contact strip is in direct full-surface contact with the busbar , wherein a length and a width of the contact strip correspond at most to the length and width of the busbar , or wherein - the contact strip has a greater width than the busbar and protrudes beyond at least one side edge of the busbar and in the region of the busbar is in direct full-surface contact with the busbar , wherein in case the contact strip is connected to the electrical feed line via an electrical connection element , the contact strip and the electrical connection element are implemented in two pieces. - a first pane and a second pane , which are bonded face-to-face to each other via a thermoplastic intermediate layer , - at least one electrically conductive coating at least on the interior-side surface (I) of the first pane , - at least one busbar on a region of the electrically conductive coating , and - at least one electrically conductive contact strip on at least one region of the busbar , wherein the contact strip is connected to at least one electrical feed line and at least one region of the contact strip is in direct contact with the busbar , wherein there is no mechanical connection, in particular no connection via a soldering compound or an adhesive, between the busbar and the region of the contact strip , - wherein the contact strip is in direct full-surface contact with the busbar , wherein a length and a width of the contact strip correspond at most to the length and width of the busbar , or wherein - the contact strip has a greater width than the busbar and protrudes beyond at least one side edge of the busbar and in the region of the busbar is in direct full-surface contact with the busbar , wherein in case the contact strip is connected to the electrical feed line via an electrical connection element , the contact strip and the electrical connection element are implemented in two pieces.
A method of intra predicting a block of a picture, used for encoding or decoding, the method comprising for a sample from a plurality of samples of the block: determining a predicted sample value from one or more reference sample values by intra-prediction using an intra prediction mode selected from a DC intra-prediction mode or an angular intra-prediction mode; determining a first weight based on the intra prediction mode and one of the height of the block, the width of the block, or both; determining a second weight based on the intra prediction mode and one of the height of the block, the width of the block, or both; calculating an additional value as a weighted sum of a top reference sample value and a left reference sample value by weighting the top reference sample value with the first weight and the left reference sample value with the second weight; and multiplying the predicted sample value by a sample weighting factor, resulting in a weighted predicted sample value, characterized in that the method further comprises: adding the additional value to the weighted predicted sample value, resulting in a non-normalized modified predicted sample value; and normalizing the non-normalized modified predicted sample value by an arithmetic right shift of an integer representation of the non-normalized modified predicted sample value, resulting in a normalized modified predicted sample value. determining a predicted sample value from one or more reference sample values by intra-prediction using an intra prediction mode selected from a DC intra-prediction mode or an angular intra-prediction mode; determining a first weight based on the intra prediction mode and one of the height of the block, the width of the block, or both; determining a second weight based on the intra prediction mode and one of the height of the block, the width of the block, or both; calculating an additional value as a weighted sum of a top reference sample value and a left reference sample value by weighting the top reference sample value with the first weight and the left reference sample value with the second weight; and multiplying the predicted sample value by a sample weighting factor, resulting in a weighted predicted sample value, characterized in that the method further comprises: adding the additional value to the weighted predicted sample value, resulting in a non-normalized modified predicted sample value; and normalizing the non-normalized modified predicted sample value by an arithmetic right shift of an integer representation of the non-normalized modified predicted sample value, resulting in a normalized modified predicted sample value. adding the additional value to the weighted predicted sample value, resulting in a non-normalized modified predicted sample value; and normalizing the non-normalized modified predicted sample value by an arithmetic right shift of an integer representation of the non-normalized modified predicted sample value, resulting in a normalized modified predicted sample value.
An automated process for monitoring and controlling safe working practice in a production area, comprising: (A) capturing image data from the production area over a time period; (B) processing the image data: (i) to find an image of a face of an individual in motion in the production area; (ii) to determine whether the image of the face has associated therewith a required article of personal protective equipment, and whether the required article of personal protective equipment is properly positioned on the individual; wherein the processing of the image data is carried out utilizing a stabilization algorithm to assess whether the time period over which a threshold image value is met is a time period that meets or exceeds a threshold time period, with the threshold image value being a predetermined minimum image value correlating an absence of the personal protective equipment properly positioned on the individual, and the threshold time period being a pre-determined minimum time period that the threshold image value is satisfied; and (C) activating a safety control device if the threshold image value is satisfied for the threshold time period. (A) capturing image data from the production area over a time period; (B) processing the image data: (i) to find an image of a face of an individual in motion in the production area; (ii) to determine whether the image of the face has associated therewith a required article of personal protective equipment, and whether the required article of personal protective equipment is properly positioned on the individual; wherein the processing of the image data is carried out utilizing a stabilization algorithm to assess whether the time period over which a threshold image value is met is a time period that meets or exceeds a threshold time period, with the threshold image value being a predetermined minimum image value correlating an absence of the personal protective equipment properly positioned on the individual, and the threshold time period being a pre-determined minimum time period that the threshold image value is satisfied; and (i) to find an image of a face of an individual in motion in the production area; (ii) to determine whether the image of the face has associated therewith a required article of personal protective equipment, and whether the required article of personal protective equipment is properly positioned on the individual; wherein the processing of the image data is carried out utilizing a stabilization algorithm to assess whether the time period over which a threshold image value is met is a time period that meets or exceeds a threshold time period, with the threshold image value being a predetermined minimum image value correlating an absence of the personal protective equipment properly positioned on the individual, and the threshold time period being a pre-determined minimum time period that the threshold image value is satisfied; and (C) activating a safety control device if the threshold image value is satisfied for the threshold time period.
A radio frequency integrated circuit filter comprising: a substrate ; an insulating layer arranged on the substrate ; a plurality of filter resonators being electrically coupled to form a filter structure; a plurality of tuning resonators ; wherein the filter resonators and the tuning resonators are bulk acoustic wave, BAW, resonators; a plurality of tuning circuits coupled to the plurality of tuning resonators , wherein each tuning circuit comprises a variable capacitor and an inductor ; wherein the plurality of filter resonators is arranged in the insulating layer and includes a patterned top electrode layer, a patterned piezoelectric layer, and a patterned bottom electrode layer, wherein at least two of the plurality of filter resonators are coupled together with the patterned top electrode layer; wherein the plurality of filter resonators is electrically decoupled from the plurality of filter resonators , a common acoustic coupling layer arranged on the plurality of filter resonators ; and wherein the tuning resonators are arranged on the common acoustic coupling layer and correspondingly located above each of the plurality of filter resonators to acoustically couple each tuning resonator with the respective filter resonator . a substrate ; an insulating layer arranged on the substrate ; a plurality of filter resonators being electrically coupled to form a filter structure; a plurality of tuning resonators ; wherein the filter resonators and the tuning resonators are bulk acoustic wave, BAW, resonators; a plurality of tuning circuits coupled to the plurality of tuning resonators , wherein each tuning circuit comprises a variable capacitor and an inductor ; wherein the plurality of filter resonators is arranged in the insulating layer and includes a patterned top electrode layer, a patterned piezoelectric layer, and a patterned bottom electrode layer, wherein at least two of the plurality of filter resonators are coupled together with the patterned top electrode layer; wherein the plurality of filter resonators is electrically decoupled from the plurality of filter resonators , a common acoustic coupling layer arranged on the plurality of filter resonators ; and wherein the tuning resonators are arranged on the common acoustic coupling layer and correspondingly located above each of the plurality of filter resonators to acoustically couple each tuning resonator with the respective filter resonator .
A crankshaft and conrod assembly comprising a crankshaft and a conrod , wherein the crankshaft comprises at least one main journal and one crankpin journal , and the at least one conrod is provided upon the crankpin journal , and the crankshaft is provided with an oil supply structure for supplying the crankpin journal with lubrication oil and the conrod with an oil pressure, wherein the oil supply structure comprises: an oil supply conduit provided between the main journal and the crankpin journal , at least a first oil supply opening and a second oil supply opening provided at the crankpin journal , and a connection point where the oil supply conduit connects to the first and second oil supply openings , wherein the conrod is arranged upon the crank pin journal through a bearing sleeve , at which at least a first oil groove and a second oil groove are provided in a circumferential direction at an inner surface of the bearing sleeve , wherein the first oil supply opening is provided at a first radial distance (D1) from a rotational axis (rx1) of the crankshaft , the second oil supply opening is provided at a second radial distance (D2) from the rotational axis (rx1) and both the first and second radial distance (D1, D2) are larger than or equal to the distance (d1) between the connection point and the rotational axis (rx1) of the crankshaft , and wherein an opening angle (A) between the first and second oil supply openings is larger or equal to an angle (B1, B2) between opposing end portions (152_1, 153_1) of the two oil grooves , and smaller or equal to the angular length (C1, C2) of the respective oil groove . an oil supply conduit provided between the main journal and the crankpin journal , at least a first oil supply opening and a second oil supply opening provided at the crankpin journal , and a connection point where the oil supply conduit connects to the first and second oil supply openings , wherein the conrod is arranged upon the crank pin journal through a bearing sleeve , at which at least a first oil groove and a second oil groove are provided in a circumferential direction at an inner surface of the bearing sleeve , wherein the first oil supply opening is provided at a first radial distance (D1) from a rotational axis (rx1) of the crankshaft , the second oil supply opening is provided at a second radial distance (D2) from the rotational axis (rx1) and both the first and second radial distance (D1, D2) are larger than or equal to the distance (d1) between the connection point and the rotational axis (rx1) of the crankshaft , and wherein an opening angle (A) between the first and second oil supply openings is larger or equal to an angle (B1, B2) between opposing end portions (152_1, 153_1) of the two oil grooves , and smaller or equal to the angular length (C1, C2) of the respective oil groove .
A dish washer comprising: a tub forming a washing space ; a base disposed below the tub and forming a space below the tub ; a sump disposed in the space formed by the base for storing water; a washing pump disposed in the space formed by the base for supplying the water stored in the sump to the washing space ; and an air jet generator with an air pulverizing pipe having a venturi shape for forming air bubbles in water, the air pulverizing pipe including an inlet disposed in the space formed by the base and connected to the washing pump , an air inlet hole formed on one side thereof, and an outlet disposed within the tub , wherein the air jet generator includes: a tub mounting portion fixing a first portion of the air jet generator to the tub, and a base fixing portion fixing a second portion of the air jet generator to the base ; characterized in that : the base fixing portion includes a fixing rib fixed to the base , the fixing rib protruding from the air jet generator and extending along the air pulverizing pipe . a tub forming a washing space ; a base disposed below the tub and forming a space below the tub ; a sump disposed in the space formed by the base for storing water; a washing pump disposed in the space formed by the base for supplying the water stored in the sump to the washing space ; and an air jet generator with an air pulverizing pipe having a venturi shape for forming air bubbles in water, the air pulverizing pipe including an inlet disposed in the space formed by the base and connected to the washing pump , an air inlet hole formed on one side thereof, and an outlet disposed within the tub , wherein the air jet generator includes: a tub mounting portion fixing a first portion of the air jet generator to the tub, and a base fixing portion fixing a second portion of the air jet generator to the base ; characterized in that : the base fixing portion includes a fixing rib fixed to the base , the fixing rib protruding from the air jet generator and extending along the air pulverizing pipe .