mhurhangee/patent-ind-claim-en huggingface dataset:
A guide extension catheter comprising: a push member including a segment having a first surface and a second surface opposite the first surface, wherein the segment includes a groove in the first surface and wherein the groove has a surface , and wherein the second surface is substantially flat; and a distal shaft having a proximal section and coupled to push member at a transition point and including a passageway, characterized in that the push member includes a proximal segment , an intermediate segment , and a distal segment , wherein the segment with the groove is the intermediate segment , wherein the distal segment has an upper surface , wherein the push member further comprises a shoulder disposed between a distal end of the intermediate segment and a proximal end of the distal segment such that the shoulder is disposed between the first surface of the intermediate segment and the upper surface of the distal segment , and wherein the shoulder is formed between the surface of the groove and the upper surface of the distal segment , and wherein the intermediate segment of the push member including the groove is disposed adjacent the distal shaft , wherein the transition joint is formed by overlapping the distal segment of the push member and the proximal portion of the distal shaft , and wherein the surface of the groove at the distal end of the groove is aligned with an inner surface of an adjacent portion of the distal shaft . a push member including a segment having a first surface and a second surface opposite the first surface, wherein the segment includes a groove in the first surface and wherein the groove has a surface , and wherein the second surface is substantially flat; and a distal shaft having a proximal section and coupled to push member at a transition point and including a passageway, characterized in that the push member includes a proximal segment , an intermediate segment , and a distal segment , wherein the segment with the groove is the intermediate segment , wherein the distal segment has an upper surface , wherein the push member further comprises a shoulder disposed between a distal end of the intermediate segment and a proximal end of the distal segment such that the shoulder is disposed between the first surface of the intermediate segment and the upper surface of the distal segment , and wherein the shoulder is formed between the surface of the groove and the upper surface of the distal segment , and wherein the intermediate segment of the push member including the groove is disposed adjacent the distal shaft , wherein the transition joint is formed by overlapping the distal segment of the push member and the proximal portion of the distal shaft , and
Method for connecting two joining elements , comprising the steps of: a) providing the two joining elements , b) providing a thermally activatable adhesive , c) providing a heating element formed as a thin sheet-like formation, d) arranging the heating element in the middle of the adhesive , e) arranging the heating element and the adhesive between the joining elements , f) heating the adhesive by applying electrical power to the heating element while at the same time measuring the temperature of the adhesive , the extent to which electrical power is applied to the heating element being controlled in dependence on the temperature measured, the measurement of the temperature of the adhesive being performed by determining the resistance of the heating element with a resistance measuring unit , which transfers the resistance data to a unit for determining the temperature , wherein the unit for determining the temperature has material-specific data, by means of which the actual temperature in the heating element is determined in dependence on the resistance, and wherein a controller is used to control the voltage, so that the heating is performed in a predetermined maximum/minimum temperature corridor in dependence on time, characterized in that the resistance is determined by means of measuring the voltage and current intensity, with a time difference between the measurement of the current intensity and the measurement of the voltage of ≤ 10 ms, preferably ≤ 1 ms, more preferably ≤ 100 μs and particularly preferably ≤ 10 μs. a) providing the two joining elements , b) providing a thermally activatable adhesive , c) providing a heating element formed as a thin sheet-like formation, d) arranging the heating element in the middle of the adhesive , e) arranging the heating element and the adhesive between the joining elements , f) heating the adhesive by applying electrical power to the heating element while at the same time measuring the temperature of the adhesive , the extent to which electrical power is applied to the heating element being controlled in dependence on the temperature measured, the measurement of the temperature of the adhesive being performed by determining the resistance of the heating element with a resistance measuring unit , which transfers the resistance data to a unit for determining the temperature ,
An IC chip mounting apparatus comprising: a conveyor configured to convey an antenna continuous body (AS) on a conveying surface, the antenna continuous body (AS) having a base material (BM) and plural inlay antennas (AN) continuously formed on the base material (BM); an ejection unit configured to eject a thermosetting adhesive toward a reference position (Pref) of each antenna (AN) in the antenna continuous body (AS); an IC chip placement unit configured to place an IC chip (C) on the adhesive that is located on the reference position (Pref) of each antenna (AN) in the antenna continuous body (AS); and a first light irradiator configured to irradiate the adhesive of each antenna (AN) with a first light, in the vicinity of a position where an IC chip (C) is located on the conveying surface, characterized by further comprising: a second light irradiator configured to irradiate the adhesive of each antenna (AN) with a second light, at a position downstream from a position where the adhesive is irradiated with the first light. a conveyor configured to convey an antenna continuous body (AS) on a conveying surface, the antenna continuous body (AS) having a base material (BM) and plural inlay antennas (AN) continuously formed on the base material (BM); an ejection unit configured to eject a thermosetting adhesive toward a reference position (Pref) of each antenna (AN) in the antenna continuous body (AS); an IC chip placement unit configured to place an IC chip (C) on the adhesive that is located on the reference position (Pref) of each antenna (AN) in the antenna continuous body (AS); and a first light irradiator configured to irradiate the adhesive of each antenna (AN) with a first light, in the vicinity of a position where an IC chip (C) is located on the conveying surface, characterized by further comprising: a second light irradiator configured to irradiate the adhesive of each antenna (AN) with a second light, at a position downstream from a position where the adhesive is irradiated with the first light.
A cycling detection method performed by an electronic device , comprising: obtaining (S101) an acceleration signal and an angular velocity signal collected by a wearable device on a user's foot, and analyzing a time-domain feature of the acceleration signal, a frequency-domain feature of the acceleration signal, a time-domain feature of the angular velocity signal, and a frequency-domain feature of the angular velocity signal; filtering (S 102) the acceleration signal and the angular velocity signal to obtain a target acceleration signal and a target angular velocity signal of the user's cycling if it is determined, based on an analysis result of the time-domain feature of the acceleration signal, the frequency-domain feature of the acceleration signal, the time-domain feature of the angular velocity signal, and the frequency-domain feature of the angular velocity signal, that a current status of the user is a cycling state; and determining (S103) a behavior feature of the user's cycling based on the target acceleration signal and the target angular velocity signal, wherein the behavior feature comprises a cadence feature and a foot posture feature. obtaining (S101) an acceleration signal and an angular velocity signal collected by a wearable device on a user's foot, and analyzing a time-domain feature of the acceleration signal, a frequency-domain feature of the acceleration signal, a time-domain feature of the angular velocity signal, and a frequency-domain feature of the angular velocity signal; filtering (S 102) the acceleration signal and the angular velocity signal to obtain a target acceleration signal and a target angular velocity signal of the user's cycling if it is determined, based on an analysis result of the time-domain feature of the acceleration signal, the frequency-domain feature of the acceleration signal, the time-domain feature of the angular velocity signal, and the frequency-domain feature of the angular velocity signal, that a current status of the user is a cycling state; and determining (S103) a behavior feature of the user's cycling based on the target acceleration signal and the target angular velocity signal, wherein the behavior feature comprises a cadence feature and a foot posture feature.
A wavelength spectroscopy device comprising, on a substrate, a radiation module comprising an emission cell (CE) and a filter cell (CF) constituted by two mirrors (MIR1, MIR2; M1, M2) separated by a spacer membrane (SP), the device being characterized in that the filter cell is made up of a plurality of interference filters (FP1, FP2, FP3; IF11-IF44), said emission cell (CE) comprises a plurality of emission sources (LED), each of said sources being associated with one of said interference filters so that each of the emission sources faces one of the interference filters, a thickness of the spacer membrane (SP) is constant for a given interference filter and varies from one interference filter to another, and the spectroscopy device is for an analysis in transmission of a medium (MED), said medium having to be situated, during analysis, between a detector (DET) and said radiation module.
An aqueous composition having viscosity from 1 to 100 cP at 20 °C, said composition comprising: (i) an oligodynamic metal or ions thereof; (ii) a chelating agent; and, (iii) free alkali less than 1 wt%, wherein said composition comprises 0.01 wt% to 2 wt% of a salt of an organic acid; pH of the composition is from 9 to 12 and molar ratio of said oligodynamic metal to said chelating agent is 1:0.25 to 1:10. (i) an oligodynamic metal or ions thereof; (ii) a chelating agent; and, (iii) free alkali less than 1 wt%,
An apparatus comprising: means for receiving a plurality of data sets representing sensed data from two or more user devices , wherein the user devices belong to a common household or group of user devices, the user devices are portable health monitoring devices and the data sets represent sensed health or activity data received from the user devices; means for determining, using one or more local learned models, local parameters particular to each of the two or more user devices based on the received plurality of data sets; means for generating a combined data set by combining the plurality of data sets; means for determining, using the one or more local learned models, global parameters based on the combined data set; means for transmitting, to a remote system, the global parameters for determining, by the remote system, updated global parameters using one or more global learned models based on the transmitted global parameters and different global parameters from one or more other apparatuses associated with other such households or groups of user device; means for receiving, from the remote system, the updated global parameters; and means for updating the one or more local learned models using both the local parameters and updated global parameters. means for receiving a plurality of data sets representing sensed data from two or more user devices , wherein the user devices belong to a common household or group of user devices, the user devices are portable health monitoring devices and the data sets represent sensed health or activity data received from the user devices; means for determining, using one or more local learned models, local parameters particular to each of the two or more user devices based on the received plurality of data sets; means for generating a combined data set by combining the plurality of data sets; means for determining, using the one or more local learned models, global parameters based on the combined data set; means for transmitting, to a remote system, the global parameters for determining, by the remote system, updated global parameters using one or more global learned models based on the transmitted global parameters and different global parameters from one or more other apparatuses associated with other such households or groups of user device; means for receiving, from the remote system, the updated global parameters; and means for updating the one or more local learned models using both the local parameters and updated global parameters.
Expansion anchor having a bolt that has a neck region and an expansion region adjoining the neck region , in which expansion region the bolt tapers towards the neck region , wherein the bolt has a groove , in the neck region , extending along the bolt , and having an expansion sleeve that at least in part surrounds the bolt and that has a web on its inner side, wherein the web engages at least in certain regions in the groove in the neck region , and wherein the wall thickness of the expansion sleeve is locally increased by the web , wherein the groove provided in the neck region of the bolt extends up to the expansion region of the bolt , wherein the expansion sleeve is displaceable from the neck region into the expansion region with radial expansion of the expansion sleeve along the bolt , wherein the web , when the expansion sleeve is moved from the neck region into the expansion region , enters the expansion region at least in certain regions and is pushed radially outwards by the expansion region , characterized in that the web is arranged such that, when the expansion anchor is used as intended, it runs onto an inclined surface in the expansion region and is pushed radially outwards. having a bolt that has a neck region and an expansion region adjoining the neck region , in which expansion region the bolt tapers towards the neck region , wherein the bolt has a groove , in the neck region , extending along the bolt , and having an expansion sleeve that at least in part surrounds the bolt and that has a web on its inner side, wherein the web engages at least in certain regions in the groove in the neck region , and wherein the wall thickness of the expansion sleeve is locally increased by the web , wherein the groove provided in the neck region of the bolt extends up to the expansion region of the bolt , wherein the expansion sleeve is displaceable from the neck region into the expansion region with radial expansion of the expansion sleeve along the bolt , wherein the web , when the expansion sleeve is moved from the neck region into the expansion region , enters the expansion region at least in certain regions and is pushed radially outwards by the expansion region , characterized in that the web is arranged such that, when the expansion anchor is used as intended, it runs onto an inclined surface in the expansion region and is pushed radially outwards.
An automatic dishwashing composition, comprising: a builder selected from the group consisting of carbonate, bicarbonate, citrate, silicate and mixtures thereof; a nonionic surfactant; and a dispersant polymer comprising: (a) 5 to 75 wt% of structural units of itaconic acid; (b) 10 to 85 wt% of structural units having formula I wherein each R 3 is independently selected from a hydrogen and a -C(O)CH 3 group; and (c) 10 to 65 wt% of structural units of (meth)acrylic acid; wherein the dispersant polymer has a lactone end group and wherein the dispersant polymer has a weight average molecular weight of 1,500 to 6,000. a builder selected from the group consisting of carbonate, bicarbonate, citrate, silicate and mixtures thereof; a nonionic surfactant; and a dispersant polymer comprising: (a) 5 to 75 wt% of structural units of itaconic acid; (b) 10 to 85 wt% of structural units having formula I wherein each R 3 is independently selected from a hydrogen and a -C(O)CH 3 group; and (c) 10 to 65 wt% of structural units of (meth)acrylic acid; (a) 5 to 75 wt% of structural units of itaconic acid; (b) 10 to 85 wt% of structural units having formula I wherein each R 3 is independently selected from a hydrogen and a -C(O)CH 3 group; and (c) 10 to 65 wt% of structural units of (meth)acrylic acid; wherein the dispersant polymer has a lactone end group and wherein the dispersant polymer has a weight average molecular weight of 1,500 to 6,000.
A topical composition comprising at least one cellular autophagy activator that is a yeast extract from the Candida genus and at least one DNA repair enzyme comprising Arabidopsis Thaliana extract either alone or in admixture with lecithin and water.
An unseparated amnion/chorion sheet comprising a perforation, wherein the unseparated amnion/chorion sheet is substantially free of blood remnants.
A stabilizer bar comprising: - a shaft that is hollow at least adjacent the ends thereof and that is supported by bearings which are located within the shaft ; the bearings , are mounted upon brackets that abut ends of the shaft; - cranked parts being provided at or adjacent each end of the shaft, each cranked part having a connection point for connection, in use, to a respective stabilizer rod member, and each connection point is substantially aligned with a respective bearing relative to the axis (X) of the shaft , in a plane perpendicular to the axis of the shaft , characterized in that each bearing comprises a flexible material bushing located upon a support and compressed between a part of the support and a part of the respective bracket . - a shaft that is hollow at least adjacent the ends thereof and that is supported by bearings which are located within the shaft ; the bearings , are mounted upon brackets that abut ends of the shaft; - cranked parts being provided at or adjacent each end of the shaft, each cranked part having a connection point for connection, in use, to a respective stabilizer rod member, and each connection point is substantially aligned with a respective bearing relative to the axis (X) of the shaft , in a plane perpendicular to the axis of the shaft ,
A fire protection and smoke extraction device for ventilation and smoking extraction systems, the device comprising at least one blocking member that is pivotably arranged in a casing , wherein the casing is adapted to be inserted into a ventilation or smoke extraction passage, and wherein seals are associated with the blocking member when it is in a position in which it closes-off the cross-section of the casing, each seal having at least one seal portion made of an intumescence material and arranged in the longitudinal center plane of the blocking member in its closed position, characterized in that said seal portion made of intumescence material is associated on both sides with a respective seal portion made of a non-intumescence material, said seal portions being arranged in a recess in a wall of the casing , and the seal portions made of non-intumescence material are enclosing the respective seal portion made of intumescence material such that the intumescence material is not directly exposed to exerted heat.
A digital broadcast video reception apparatus, the apparatus comprising a de-interleaver configured to de-interleave data carriers in an Orthogonal Frequency Division Multiplexed, OFDM, symbol of a digital broadcast video signal onto data cells of an OFDM symbol in accordance with at least a first generator polynomial and a bit permutation, the OFDM symbols being associated with a 8K mode characterized in that the bit permutation is changing from one OFDM symbol to another.
A chain track for use in a forest machine or another work machine, or in their trailers on one or more tyres, the chain track being arranged to cover the tyre or tyres in their entirety, said chain track having grouser shoes comprising a body having an inner surface seating against the tyre or tyres, an outer surface , two opposite sides extending in a transverse direction of the chain track, and two opposite ends extending in a longitudinal direction of the chain track, and opposite side guides seating on opposite side surfaces of the tyre or tyres, characterised in that each side guide comprises a body extending obliquely downwards along the side surface of the tyre or tyres and a fastening loop on each side of the body in the longitudinal direction of the chain track, adjacent grouser shoes being connected to each other via a combiner extending between adjacent fastening loops in the side guides , a clearance, i.e. a grouser shoe gap , being formed between opposing sides of successive grouser shoes of the chain track, said grouser shoe gap being 20 mm or less.
A system comprising: a fluid source fluidically coupled to a plenum ; a thermal camera ; at least one flow meter ; and a computing device communicatively connected to the at least one flow meter and the thermal camera , wherein the computing device is configured to: receive flow rate values, from the at least one flow meter , for an exit orifice of a tested component , the exit orifice being fluidically coupled to the fluid source by way of the plenum and at least one internal passage of the tested component ; receive thermographic image data captured by the thermal camera during flowing thermographic testing of the tested component fluidically coupled to the plenum ; and associate the flow rate values received for the exit orifice of the tested component with the thermographic image data for the exit orifice of the tested component to produce quantitative flowing thermographic image data. a fluid source fluidically coupled to a plenum ; a thermal camera ; at least one flow meter ; and a computing device communicatively connected to the at least one flow meter and the thermal camera , wherein the computing device is configured to: receive flow rate values, from the at least one flow meter , for an exit orifice of a tested component , the exit orifice being fluidically coupled to the fluid source by way of the plenum and at least one internal passage of the tested component ; receive thermographic image data captured by the thermal camera during flowing thermographic testing of the tested component fluidically coupled to the plenum ; and associate the flow rate values received for the exit orifice of the tested component with the thermographic image data for the exit orifice of the tested component to produce quantitative flowing thermographic image data. receive flow rate values, from the at least one flow meter , for an exit orifice of a tested component , the exit orifice being fluidically coupled to the fluid source by way of the plenum and at least one internal passage of the tested component ; receive thermographic image data captured by the thermal camera during flowing thermographic testing of the tested component fluidically coupled to the plenum ; and associate the flow rate values received for the exit orifice of the tested component with the thermographic image data for the exit orifice of the tested component to produce quantitative flowing thermographic image data.