mhurhangee/patent-ind-claim-en huggingface dataset:
A method of making an apparel item using a circular knitting machine, comprising: knitting a first course of a first segment of a fabric body in a first circular knitting direction; at a desired location for an aperture in the fabric body, reversing the circular knitting direction from said first direction to a second direction for a second knitting course ; at the beginning extent of the first knitted segment , reversing the circular knitting direction again, back to said first circular knitting direction for a third knitting course ; and at the location for the aperture , determining if a desired number of courses for the first segment has been reached and if so, continuing knitting in the first circular direction, with a crossover strand extending from the last knitted course in the first knitted segment to said first course in a second knitted segment , and if not, continuing the reciprocating circular knitting between the location for said aperture and the beginning extent of the first knitted segment , wherein an aperture is formed in said apparel item between said first segment and said second segment ; characterized by providing the crossover strand across the first knitted segment . knitting a first course of a first segment of a fabric body in a first circular knitting direction; at a desired location for an aperture in the fabric body, reversing the circular knitting direction from said first direction to a second direction for a second knitting course ; at the beginning extent of the first knitted segment , reversing the circular knitting direction again, back to said first circular knitting direction for a third knitting course ; and at the location for the aperture , determining if a desired number of courses for the first segment has been reached and if so, continuing knitting in the first circular direction, with a crossover strand extending from the last knitted course in the first knitted segment to said first course in a second knitted segment , and if not, continuing the reciprocating circular knitting between the location for said aperture and the beginning extent of the first knitted segment , wherein an aperture is formed in said apparel item between said first segment and said second segment ; characterized by providing the crossover strand across the first knitted segment .
Railway vehicle motor carriage (M) comprising a central corridor which extends according to a longitudinal axis (X) of the motor carriage (M) and separates two lateral technical compartments , characterised in that it comprises a support assembly of at least one electrical bundle and of at least one duct , this support assembly extending according to the longitudinal axis (X) and being fixed under the central corridor , in that this support assembly comprises floor plates of the central corridor , and in that the support assembly comprises transverse elements which extend transversally relative to the longitudinal axis (X), and fixing elements of the ducts fixed under the transverse elements .
A thermal trip compensation structure comprising a tripping bar having an ejector pin (1-1), a bimetal strip , a compensating component , a support for the compensating component , and an adjustment component , wherein one end of the bimetal strip is connected with the support for the compensating component ; the support for the compensating component receives and supports the compensating component ; and the adjustment component is capable of adjusting a position of the compensating component relative to the support for the compensating component ; characterized in that the compensating component has an inclined slant surface (3-1), the inclined slant surface (3-1) is set in such a way that a gap between the inclined slant surface (3-1) and the ejector pin (1-1) of the tripping bar upon the bimetal strip being deflected after occurrence of short circuit is less than the gap between the inclined slant surface (3-1) and the ejector pin (1-1) of the tripping bar upon the bimetal strip being not deflected before the occurrence of the short circuit, the support for the compensating component is provided with support grooves (4-1); a guide portion (4-2) is provided on a side wall of the support groove (4-1); and a support aperture (4-3) is provided on a bottom wall of the support groove (4-1). one end of the bimetal strip is connected with the support for the compensating component ; the support for the compensating component receives and supports the compensating component ; and the adjustment component is capable of adjusting a position of the compensating component relative to the support for the compensating component ; characterized in that the compensating component has an inclined slant surface (3-1), the inclined slant surface (3-1) is set in such a way that a gap between the inclined slant surface (3-1) and the ejector pin (1-1) of the tripping bar upon the bimetal strip being deflected after occurrence of short circuit is less than the gap between the inclined slant surface (3-1) and the ejector pin (1-1) of the tripping bar upon the bimetal strip being not deflected before the occurrence of the short circuit, the support for the compensating component is provided with support grooves (4-1); a guide portion (4-2) is provided on a side wall of the support groove (4-1); and a support aperture (4-3) is provided on a bottom wall of the support groove (4-1).
A laser cutting device comprising: a database suitable for storing information about a cutting pattern, and speed information according to characteristic values of an object to be cut; a moving part suitable for changing a location of a laser beam emitted to the object ; a part suitable for measuring a characteristic value according to locations on the cutting pattern, the part is suitable for emitting a scanning laser beam to an entire cutting pattern; and a control part , characterized in that the control part is configured to determine moving speeds according to the locations on the cutting pattern by matching the speed information stored in the database with the characteristic values measured at the measuring part by emitting the scanning laser beam to the entire cutting pattern before laser cutting, and is configured to control the moving part according to the moving speeds to adjust a moving speed of the laser beam. a database suitable for storing information about a cutting pattern, and speed information according to characteristic values of an object to be cut; a moving part suitable for changing a location of a laser beam emitted to the object ; a part suitable for measuring a characteristic value according to locations on the cutting pattern, the part is suitable for emitting a scanning laser beam to an entire cutting pattern; and a control part , characterized in that the control part is configured to determine moving speeds according to the locations on the cutting pattern by matching the speed information stored in the database with the characteristic values measured at the measuring part by emitting the scanning laser beam to the entire cutting pattern before laser cutting, and is configured to control the moving part according to the moving speeds to adjust a moving speed of the laser beam.
Communication method (S) for communication between mobile units designed as vehicles, in which - information transmitted between the mobile units is encoded on the transmitter side by means of an encoder (12-1, 22-1) and is decoded on the receiver side by means of a decoder (12-2, 22-2), and - the mobile units are synchronized in communication (S3) with an external interface unit outside the mobile units prior to communication (S5) with one another, characterized in that - the synchronization of the mobile units is performed - by a codebook (Cj) that defines or specifies an encoder (12-1, 22-1) and/or a decoder (12-2, 22-2) being determined (S2) by the external interface unit and - by the determined codebook (Cj) being communicated (S3) to the mobile units by the external interface unit , - the defining codebook (Cj) is determined (S2) by specification by the external interface unit of a value (γj) of a synchronization element determining the defining codebook (Cj) and in particular a synchronization variable (y), and - the communication (S3) to the mobile units is performed in particular by transmission of the value (γj) of the determining synchronization element and in particular the synchronization variable (γ) from the external interface unit to the mobile units . - information transmitted between the mobile units is encoded on the transmitter side by means of an encoder (12-1, 22-1) and is decoded on the receiver side by means of a decoder (12-2, 22-2), and - the mobile units are synchronized in communication (S3) with an external interface unit outside the mobile units prior to communication (S5) with one another, - the synchronization of the mobile units is performed - by a codebook (Cj) that defines or specifies an encoder (12-1, 22-1) and/or a decoder (12-2, 22-2) being determined (S2) by the external interface unit and - by the determined codebook (Cj) being communicated (S3) to the mobile units by the external interface unit , - by a codebook (Cj) that defines or specifies an encoder (12-1, 22-1) and/or a decoder (12-2, 22-2) being determined (S2) by the external interface unit and - by the determined codebook (Cj) being communicated (S3) to the mobile units by the external interface unit , - the defining codebook (Cj) is determined (S2) by specification by the external interface unit of a value (γj) of a synchronization element determining the defining codebook (Cj) and in particular a synchronization variable (y), and - the communication (S3) to the mobile units is performed in particular by transmission of the value (γj) of the determining synchronization element and in particular the synchronization variable (γ) from the external interface unit to the mobile units .
Use of a printing sol as construction material in an additive manufacturing process for producing a 3-dim article, the printing sol comprising solvent(s), nano-sized crystalline zirconia particles in an amount from 2 to 25 vol.-% with respect to the volume of the sol, the average primary particle size of the nano-sized crystalline zirconia particles being in a range up to 50 nm, a first monomer being a polymerizable surface modification agent represented by formula A-B, with A being capable of attaching to the surface of the nano-sized crystalline zirconia particles and B being a radiation curable group, optionally a second monomer, the second monomer comprising at least one radiation curable moiety but no acidic or silane group(s), photoinitiator(s). nano-sized crystalline zirconia particles in an amount from 2 to 25 vol.-% with respect to the volume of the sol, the average primary particle size of the nano-sized crystalline zirconia particles being in a range up to 50 nm, a first monomer being a polymerizable surface modification agent represented by formula A-B, with A being capable of attaching to the surface of the nano-sized crystalline zirconia particles and B being a radiation curable group, optionally a second monomer, the second monomer comprising at least one radiation curable moiety but no acidic or silane group(s), photoinitiator(s).
An imaging apparatus comprising: four heads (11a-11d) which are arranged in a main scanning direction, each of the heads including first and second nozzle arrays (N1, N2) which are arranged in order in the main scanning direction and configured to discharge droplets of recording liquids wherein the colors of the recording liquids are yellow, magenta, cyan and black respectively; wherein one of the nozzle arrays (N1, N2) that is configured to discharge the yellow recording liquid and one of the nozzle arrays (N1, N2) that is configured to discharge the magenta recording liquid are arranged together in two of the heads (11a, lid) and are shifted from each other in a sub-scanning direction by half a nozzle pitch; two of the nozzle arrays (N1, N2) that are configured to discharge the black recording liquid are arranged together in one of the heads and are shifted from each other in a sub-scanning direction by half a nozzle pitch; two of the nozzle arrays (N1, N2) that are configured to discharge the cyan recording liquid are arranged together in one of the heads and are shifted from each other in a sub-scanning direction by half a nozzle pitch; and the order of the nozzle arrays (N1, N2) configured to discharge yellow, magenta and cyan recording liquids is reversed between the first nozzle arrays (N1) and the second nozzle arrays (N2). four heads (11a-11d) which are arranged in a main scanning direction, each of the heads including first and second nozzle arrays (N1, N2) which are arranged in order in the main scanning direction and configured to discharge droplets of recording liquids wherein the colors of the recording liquids are yellow, magenta, cyan and black respectively; wherein one of the nozzle arrays (N1, N2) that is configured to discharge the yellow recording liquid and one of the nozzle arrays (N1, N2) that is configured to discharge the magenta recording liquid are arranged together in two of the heads (11a, lid) and are shifted from each other in a sub-scanning direction by half a nozzle pitch; two of the nozzle arrays (N1, N2) that are configured to discharge the black recording liquid are arranged together in one of the heads and are shifted from each other in a sub-scanning direction by half a nozzle pitch; two of the nozzle arrays (N1, N2) that are configured to discharge the cyan recording liquid are arranged together in one of the heads and are shifted from each other in a sub-scanning direction by half a nozzle pitch; and the order of the nozzle arrays (N1, N2) configured to discharge yellow, magenta and cyan recording liquids is reversed between the first nozzle arrays (N1) and the second nozzle arrays (N2).
A coated cutting tool comprising a substrate and a coating layer formed on a surface of the substrate, wherein: at least one layer of the coating layer comprises a predetermined layer containing a compound having a composition represented by the formula: (Al X Ti 1-X )N [wherein x denotes an atomic ratio of the Al element based on a total of the Al element and the Ti element, and x satisfies 0.60 ≤ x ≤ 0.85]; a value of an orientation index TC of a cubic plane of the predetermined layer is from 2.5 or more to 4.2 or less, wherein the orientation index TC is determined in accordance with the following formula: TC 311 = I 311 I 0 311 1 5 ∑ I hkl I 0 hkl − 1 wherein I (hkl) is a peak intensity value of X-ray diffraction obtained from an (hkl) plane when X-ray diffraction is performed on the (Al X Ti 1-X )N layer, I 0 (hkl) is the standard diffraction intensity of an (hkl) plane indicated on ICDD card No. 00-046-1200, and (hkl) refers to the five planes , , , and ; and an average thickness of the predetermined layer is from 1.0 μm or more to 12.0 μm or less. [wherein x denotes an atomic ratio of the Al element based on a total of the Al element and the Ti element, and x satisfies 0.60 ≤ x ≤ 0.85]; a value of an orientation index TC of a cubic plane of the predetermined layer is from 2.5 or more to 4.2 or less, wherein the orientation index TC is determined in accordance with the following formula: wherein I (hkl) is a peak intensity value of X-ray diffraction obtained from an (hkl) plane when X-ray diffraction is performed on the (Al X Ti 1-X )N layer, I 0 (hkl) is the standard diffraction intensity of an (hkl) plane indicated on ICDD card No. 00-046-1200, and (hkl) refers to the five planes , , , and ; and an average thickness of the predetermined layer is from 1.0 μm or more to 12.0 μm or less.
A lock case for receiving a lock cylinder comprising two mutually oppositely disposed side walls , in each of which an opening is formed for the form-fitting reception of a first lock cylinder type , said opening being bounded by a margin which is formed by the respective side wall and which at least regionally describes a circle, characterized in that at least one positioning tab formed by the respective side wall projects into the interior of the circle and reduces a clear dimension of the opening for the form-fitting reception of a second lock cylinder type .
A plasma electrode plate comprising a plate-like dielectric body having a main surface and a back surface , and an electrode included in the dielectric body , the electrode being adapted to generate plasma upon application of voltage, the plasma electrode plate being characterized in that : the electrode has a plurality of through holes each penetrating the electrode in a thickness direction, and a surface of the electrode is a curved surface; and the dielectric body covers the electrode so as to extend along the outer surface of the electrode and has an unevenly shaped portion on each of the main surface and the back surface ; wherein a region of the dielectric body having the unevenly shaped portion has a wavy cross section. the electrode has a plurality of through holes each penetrating the electrode in a thickness direction, and a surface of the electrode is a curved surface; and the dielectric body covers the electrode so as to extend along the outer surface of the electrode and has an unevenly shaped portion on each of the main surface and the back surface ; wherein a region of the dielectric body having the unevenly shaped portion has a wavy cross section.
Operating device for accommodating a rotary selector switch for a domestic appliance , the operating device having at least the following features: - a holding portion ; and - a rotary selector switch evaluation unit for evaluating at least one rotational position of the rotary selector switch , the rotary selector switch evaluation unit being designed to accommodate at least part of the rotary selector switch ; characterised in that a connecting portion between the holding portion and the rotary selector switch evaluation unit is shaped so as to be at least partially flexible and is thereby suitable for compensating for a rotational axis deviation between the rotary selector switch and the coupled rotary selector switch evaluation unit . - a holding portion ; and - a rotary selector switch evaluation unit for evaluating at least one rotational position of the rotary selector switch , the rotary selector switch evaluation unit being designed to accommodate at least part of the rotary selector switch ;
Shoe roll system, for dewatering or smoothing a moving web of fibrous material, in particular a web of paper or cardboard, inside a machine for producing and/or finishing the web of fibrous material, comprising at least one shoe roll with a revolving press sleeve , as well as a pressure measurement device for determining the internal gas pressure in the shoe roll , and a supply line from a gas supply to a gas inlet into the shoe roll , characterized in that the supply line has a regulating device for setting the volume of gas delivered into the shoe roll , wherein the shoe roll system has a monitoring device which is configured to maintain the internal gas pressure at a predetermined target pressure by setting the volume of gas delivered by means of the regulating device and to send a signal, in particular to switch off the shoe roll system, as soon as the volume of gas delivered exceeds a predetermined permissible range of values. for dewatering or smoothing a moving web of fibrous material, in particular a web of paper or cardboard, inside a machine for producing and/or finishing the web of fibrous material, comprising at least one shoe roll with a revolving press sleeve , as well as a pressure measurement device for determining the internal gas pressure in the shoe roll , and a supply line from a gas supply to a gas inlet into the shoe roll , characterized in that the supply line has a regulating device for setting the volume of gas delivered into the shoe roll , wherein the shoe roll system has a monitoring device which is configured to maintain the internal gas pressure at a predetermined target pressure by setting the volume of gas delivered by means of the regulating device and to send a signal, in particular to switch off the shoe roll system, as soon as the volume of gas delivered exceeds a predetermined permissible range of values.
Hinge system for partition walls, in particular shower partition walls, containing hinges having hinge parts which are coupled to one another in a pivotable manner by means of a hinge pin , and also containing connecting elements which are configured as screws and by means of which at least one hinge part can be connected to at least one partition element , wherein an adhesive-bonding adapter having an adhesive-bonding surface which can be connected to the partition element by way of adhesive-bonding means is provided, wherein the adhesive-bonding adapter has a fastening body which can be connected to the associated hinge part by means of a coupling element , and wherein the respective identical hinge part can be connected to the partition element either by means of the screw connection or by means of the adhesive-bonding connection, in combination with the adhesive-bonding adapter , characterized in that the hinge part is of substantially cap-like configuration and contains, in the interior, at least one web , wherein, in the web , there is provided at least one threaded bore into which, in the case of the screw connection, the connecting element engages and/or is screwed, wherein the hinge part of substantially cap-like configuration has a closed outer surface .
Item of furniture , comprising lateral elements which form a structure , a top element and/or bottom element and/or a seat surface, wherein the item of furniture comprises at least one securing means for securing the item of furniture to a bottom element or a wall element and the securing means has magnetic properties, characterized in that the at least one securing means comprises at least one arrangement composed of at least one permanent magnet and at least one magnetizable material and also at least one electromagnet, wherein preferably a relative movement of the permanent magnet can be performed by the electromagnet.
A display device (DP) comprising: a display panel comprising a first surface and a second surface opposite the first surface ; a first film facing the first surface of the display panel and comprising a film groove (GR1) formed therein; a second film on the second surface of the display panel ; and an adhesive layer between the first surface of the display panel and the first film and comprising an adhesive groove (GR2) formed therein to overlap with the film groove (GR1), wherein the display panel comprises a base substrate defining the first surface , and a first portion of the base substrate exposed by the film groove (GRi) and the adhesive groove (GR2) and a second portion of the base substrate overlapped with the first film and the adhesive layer have a difference of crystallization degree greater than or equal to 1% and less than or equal to 5%. a display panel comprising a first surface and a second surface opposite the first surface ; a first film facing the first surface of the display panel and comprising a film groove (GR1) formed therein; a second film on the second surface of the display panel ; and an adhesive layer between the first surface of the display panel and the first film and comprising an adhesive groove (GR2) formed therein to overlap with the film groove (GR1), wherein the display panel comprises a base substrate defining the first surface , and a first portion of the base substrate exposed by the film groove (GRi) and the adhesive groove (GR2) and a second portion of the base substrate overlapped with the first film and the adhesive layer have a difference of crystallization degree greater than or equal to 1% and less than or equal to 5%.