mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: receiving (S109), by a verification system , from a computer in a blockchain network , a first data package for an event and a first digital signature associated with the first data package, the first data package including an event identifier and event information; verifying (S110), by the verification system , the first digital signature using a public key; generating (S111), by the verification system , a first block for a blockchain stored by the verification system , the first block including the first data package and the first digital signature; verifying (S115), by the verification system , that the event can be completed based on the event information; in response to verifying that the event can be completed, generating (S117), by the verification system , a second data package for the event, the second data package including the event identifier and information indicating that the event has been verified; generating (S118), by the verification system , a second digital signature for the second data package using a private key associated with the verification system ; generating (S122), by the verification system , a second block for the blockchain, the second block including the second data package and the second digital signature; and transmitting (S123), by the verification system , the second data package and the second digital signature to one or more computers in the blockchain network . receiving (S109), by a verification system , from a computer in a blockchain network , a first data package for an event and a first digital signature associated with the first data package, the first data package including an event identifier and event information; verifying (S110), by the verification system , the first digital signature using a public key; generating (S111), by the verification system , a first block for a blockchain stored by the verification system , the first block including the first data package and the first digital signature; verifying (S115), by the verification system , that the event can be completed based on the event information; in response to verifying that the event can be completed, generating (S117), by the verification system , a second data package for the event, the second data package including the event identifier and information indicating that the event has been verified; generating (S118), by the verification system , a second digital signature for the second data package using a private key associated with the verification system ; generating (S122), by the verification system , a second block for the blockchain, the second block including the second data package and the second digital signature; and transmitting (S123), by the verification system , the second data package and the second digital signature to one or more computers in the blockchain network .
A paper sheet processing device comprising: an ejection roller for ejecting a paper sheet; and a bill press for pressing the paper sheet against the ejection roller , wherein the bill press comprises: a bill press main body that is configured to move in a direction to approach and separate from the ejection roller ; a pressing portion that is provided on the ejection roller side of the bill press main body and configured to move in a direction to approach and separate from the bill press main body ; and an elastic portion for energizing the pressing portion in a direction to separate from the bill press main body , characterized in that the bill press main body includes: a surface portion located on the ejection roller side; and a concave portion which is formed on the surface portion, and recessed from the surface portion and into which the ejection roller is configured to enter. an ejection roller for ejecting a paper sheet; and a bill press for pressing the paper sheet against the ejection roller , wherein the bill press comprises: a bill press main body that is configured to move in a direction to approach and separate from the ejection roller ; a pressing portion that is provided on the ejection roller side of the bill press main body and configured to move in a direction to approach and separate from the bill press main body ; and an elastic portion for energizing the pressing portion in a direction to separate from the bill press main body , characterized in that the bill press main body includes: a surface portion located on the ejection roller side; and a concave portion which is formed on the surface portion, and recessed from the surface portion and into which the ejection roller is configured to enter. a bill press main body that is configured to move in a direction to approach and separate from the ejection roller ; a pressing portion that is provided on the ejection roller side of the bill press main body and configured to move in a direction to approach and separate from the bill press main body ; and an elastic portion for energizing the pressing portion in a direction to separate from the bill press main body , characterized in that the bill press main body includes: a surface portion located on the ejection roller side; and a concave portion which is formed on the surface portion, and recessed from the surface portion and into which the ejection roller is configured to enter. a surface portion located on the ejection roller side; and a concave portion which is formed on the surface portion, and recessed from the surface portion and into which the ejection roller is configured to enter.
Method for producing a shell wall for a laundry drum for a household appliance for the care of items of laundry, having the following steps: - providing a metallic plate; - shaping the metallic plate to form a hollow cylinder ; - generating an expansion region , bulging radially outward , in the hollow cylinder , wherein the expansion region is generated completely circulating around a longitudinal axis (A) of the hollow cylinder and an edge of the expansion region circulating around the longitudinal axis (A) is generated at a distance from a hollow cylinder edge of the hollow cylinder so that a ring-shaped edge strip of the hollow cylinder is formed between the edge of the expansion region and the hollow cylinder edge ; characterised by the following steps: - generating at least one embossed structure with a plurality of embossing elements in the expansion region ; - generating at least one compensation embossing in the edge strip and/or in a conical segment of the expansion region in order to locally adjust the height (h) of the edge strip measured in the axial direction. - providing a metallic plate; - shaping the metallic plate to form a hollow cylinder ; - generating an expansion region , bulging radially outward , in the hollow cylinder , wherein the expansion region is generated completely circulating around a longitudinal axis (A) of the hollow cylinder and an edge of the expansion region circulating around the longitudinal axis (A) is generated at a distance from a hollow cylinder edge of the hollow cylinder so that a ring-shaped edge strip of the hollow cylinder is formed between the edge of the expansion region and the hollow cylinder edge ; - generating at least one embossed structure with a plurality of embossing elements in the expansion region ; - generating at least one compensation embossing in the edge strip and/or in a conical segment of the expansion region in order to locally adjust the height (h) of the edge strip measured in the axial direction.
A filament comprising a core material (CM) coated with a layer of shell material (SM), wherein the core material (CM) comprises the components a) to c) a) 30 to 80% by volume, based on the total volume of the core material (CM) of at least one inorganic powder (IP), b) 20 to 70% by volume, based on the total volume of the core material (CM) of at least one binder (B) comprising component b1) b1) at least one polymer (P) c) 0 to 20% by volume, based on the total volume of the core material (CM) of at least one additive (A), wherein the at least one polymer (P) is a polyoxymethylene (POM) homopolymer, a polyoxymethylene (POM) copolymer or polyoxymethylene (POM) terpolymer and wherein at least some of the OH-end groups of the polyoxymethylene (POM) homopolymer are capped, and the shell material(SM) comprises the components d) to f) d) 75 to 100% by volume, based on the total volume of the shell material (SM) of at least one thermoplastic polymer (TP) e) 0 to 20% by volume, based on the total volume of the shell material (SM) of the at least one inorganic powder (IP), f) 0 to 25% by volume, based on the total weight of the shell material (SM) of the at least one additive (A), wherein the thickness of the layer of shell material is 0.05 to 0.5 mm. a) 30 to 80% by volume, based on the total volume of the core material (CM) of at least one inorganic powder (IP), b) 20 to 70% by volume, based on the total volume of the core material (CM) of at least one binder (B) comprising component b1) b1) at least one polymer (P) c) 0 to 20% by volume, based on the total volume of the core material (CM) of at least one additive (A), wherein the at least one polymer (P) is a polyoxymethylene (POM) homopolymer, a polyoxymethylene (POM) copolymer or polyoxymethylene (POM) terpolymer and wherein at least some of the OH-end groups of the polyoxymethylene (POM) homopolymer are capped, and the shell material(SM) comprises the components d) to f) d) 75 to 100% by volume, based on the total volume of the shell material (SM) of at least one thermoplastic polymer (TP) e) 0 to 20% by volume, based on the total volume of the shell material (SM) of the at least one inorganic powder (IP), f) 0 to 25% by volume, based on the total weight of the shell material (SM) of the at least one additive (A), wherein the thickness of the layer of shell material is 0.05 to 0.5 mm.
A computer-implemented method (1400; 1600) for using a plurality of model variables that define properties of one or more view components of a view composition, the method comprising: by a first property setter , setting a first property of a first view component of the view composition to a known value of a first model variable of the plurality of model variables; by the first property-setter , invoking a second property-setter for a second property of a second view component of the view composition; by a solver of the second property-setter , using model-specific analytical relationships between the model variables, the analytical relationships comprising one or more equations , rules or constraints , and using the known value of the first model variable of the plurality of model variables, solving (1401; 1604) for an unknown value of a second model variable of the plurality of model variables, wherein the first view component is a child of the second view component; by the second property-setter , setting (1403; 1605) the second property of the second view component of the view composition to the value of the solved second model variable ; and rendering (1404; 1606) the view composition. by a first property setter , setting a first property of a first view component of the view composition to a known value of a first model variable of the plurality of model variables; by the first property-setter , invoking a second property-setter for a second property of a second view component of the view composition; by a solver of the second property-setter , using model-specific analytical relationships between the model variables, the analytical relationships comprising one or more equations , rules or constraints , and using the known value of the first model variable of the plurality of model variables, solving (1401; 1604) for an unknown value of a second model variable of the plurality of model variables, wherein the first view component is a child of the second view component; by the second property-setter , setting (1403; 1605) the second property of the second view component of the view composition to the value of the solved second model variable ; and rendering (1404; 1606) the view composition.
An oral pharmaceutical composition in unit dosage form comprising: an inner first portion comprising: an active ingredient and an acid-sensitive coating which (i) surrounds or covers the part of the first portion which comprises the active ingredient and (ii) releases the active ingredient at a pH below 5 and comprises a pH-dependent polymer which is selected from the group consisting of cationic polymers with a dimethylaminoethyl ammonium group, and an outer second portion comprising a pH-raising agent selected from the group consisting of: alkalinizing agents and acid inhibitors. an inner first portion comprising: an active ingredient and an acid-sensitive coating which (i) surrounds or covers the part of the first portion which comprises the active ingredient and (ii) releases the active ingredient at a pH below 5 and comprises a pH-dependent polymer which is selected from the group consisting of cationic polymers with a dimethylaminoethyl ammonium group, and an outer second portion comprising a pH-raising agent selected from the group consisting of: alkalinizing agents and acid inhibitors.
A self-propelled harvesting machine , - having a main drive which is configured as a combustion engine , which is operatively connected by means of at least one power train to one or more working implements of the harvesting machine which comprise an intake means as well as a front attachment for picking up crop, - having a control device which is configured for controlling and/or regulating operational processes, and - having a first drive means linked to a drive shaft for driving the front attachment , which can be attached to the intake means , at a variable speed, wherein a second drive means , which can be linked to the drive shaft in order to drive the front attachment at a constant speed, is capable of being connected, wherein the first drive means is configured as a hydrostatic drive and the second drive means is configured as a mechanical drive, wherein the control device is configured in a manner such as to control the first drive means and the second drive means as a function of the type of the front attachment attached to the intake device , characterized in that an addition of the driving power of the first drive means and of the second drive means is carried out by connecting the mechanical drive in dependence upon the type of front attachment , and in that connection of the mechanical drive is arranged to cover the speed and driving power spectrum of the various types of front attachments. - having a main drive which is configured as a combustion engine , which is operatively connected by means of at least one power train to one or more working implements of the harvesting machine which comprise an intake means as well as a front attachment for picking up crop, - having a control device which is configured for controlling and/or regulating operational processes, and - having a first drive means linked to a drive shaft for driving the front attachment , which can be attached to the intake means , at a variable speed,
Covering device which is fixable in relation to an opening of a motor vehicle, wherein the covering device comprises at least one element which is able to be fastened on the circumference of the opening , wherein a covering unit can be displaced in an expansion direction between a storage position and a covering position, wherein the covering unit in the storage position is configured so as to be released from the opening , and in the covering position is configured so as to extend in relation to the opening , wherein the covering unit comprises a network of optical fibres having lateral light scattering, wherein the network of optical fibres is supplied with light by at least one light source , wherein the light source is fastened to the element and, in order to supply the network of optical fibres (150, 150' 150'') with light, can illuminate ends of the optical fibres of the network in at least one illuminating position which is the covering position of the covering unit , characterized in that the ends of the optical fibres are grouped together at the height level of at least one head , and said head of the light source lies opposite the light source in the illuminating position, and wherein the head is oriented in the expansion direction, and the element in terms of the expansion direction is a forward cross member of the covering device.
A dust cup assembly , comprising: a cup casing having an opening ; a device housing disposed in the cup casing and defining a dust removal chamber (A1) together with the cup casing , wherein a part of the device housing has an air exhaust port and the air exhaust port is disposed at the opening and exposed from the opening ; and a negative pressure device located within the device housing , and configured to allow dusty air to enter the dust removal chamber (A1) for dust and air separation, and to allow airstream separated from the dust removal chamber (A1) to enter the device housing and to be exhausted through the air exhaust port , wherein the dust cup assembly further comprises a cyclone separating device disposed in the dust removal chamber (A1) and defining a cyclone separating chamber in the dust removal chamber (A1), wherein the device housing is configured to have a tube shape; the cyclone separating chamber comprises multiple stages of cyclone chambers communicated successively and each stage of cyclone chamber is configured to be a hollow annular-columnar chamber; and an upstream stage of cyclone chamber surrounds a downstream stage of cyclone chamber along a circumferential direction of the device housing , and the most downstream stage of cyclone chamber surrounds the device housing along the circumferential direction of the device housing . a cup casing having an opening ; a device housing disposed in the cup casing and defining a dust removal chamber (A1) together with the cup casing , wherein a part of the device housing has an air exhaust port and the air exhaust port is disposed at the opening and exposed from the opening ; and a negative pressure device located within the device housing , and configured to allow dusty air to enter the dust removal chamber (A1) for dust and air separation, and to allow airstream separated from the dust removal chamber (A1) to enter the device housing and to be exhausted through the air exhaust port , wherein the dust cup assembly further comprises a cyclone separating device disposed in the dust removal chamber (A1) and defining a cyclone separating chamber in the dust removal chamber (A1), wherein the device housing is configured to have a tube shape; the cyclone separating chamber comprises multiple stages of cyclone chambers communicated successively and each stage of cyclone chamber is configured to be a hollow annular-columnar chamber; and an upstream stage of cyclone chamber surrounds a downstream stage of cyclone chamber along a circumferential direction of the device housing , and the most downstream stage of cyclone chamber surrounds the device housing along the circumferential direction of the device housing .
Ironing appliance comprising a cordless clothes iron comprising a heated sole plate provided with an ironing surface intended to come into contact with the laundry and a recharging base on which the clothes iron is disposed during inactive ironing phases, with the appliance comprising an electrical connector comprising a first part secured to the recharging base and a second part secured to the clothes iron as well as a magnetic attraction device that generates a force that tends to connect the first and second parts of the connector, characterised in that the force generated by the magnetic attraction device also ensures that the clothes iron is stably balanced in a recharging position in which the clothes iron is electrically connected to the base by the connector and the sole plate is only in contact with the ambient air, said recharging position corresponding to a position of the clothes iron in which it would be unstable in the absence of said magnetic attraction device.
A display device comprising: a display panel configured to display an image on a display area: a transparent substrate disposed on the display panel the display area of the display panel facing the transparent substrate ; a fingerprint sensor configured to detect a fingerprint contacting the transparent substrate , the display panel being interposed between the fingerprint sensor and the transparent substrate ; a drive integrated circuit , drive IC , configured to drive the display panel a foam pad arranged at a surface of the display panel facing away from the transparent substrate ; and a metallic layer wherein the foam pad is interposed between the metallic layer and said surface of the display panel . a transparent substrate disposed on the display panel the display area of the display panel facing the transparent substrate ; a fingerprint sensor configured to detect a fingerprint contacting the transparent substrate , the display panel being interposed between the fingerprint sensor and the transparent substrate ; a drive integrated circuit , drive IC , configured to drive the display panel a foam pad arranged at a surface of the display panel facing away from the transparent substrate ; and a metallic layer wherein the foam pad is interposed between the metallic layer and said surface of the display panel .
A method of mitigating the effects of speckle in a laser-based vibration/velocity sensor, the method comprising the steps of: a) generating at least one light beam from at least one coherent light source ; b) splitting the at least one light beam into a first component and a second component ; c) directing the first component of the at least one light beam to an optical transmitting antenna ; d) transmitting the first component of the at least one light beam from the optical transmitting antenna towards a moving target surface ; e) receiving at least one reflected light beam from the moving target surface at an optical receiving antenna ; f) combining the at least one reflected light beam with the second component of the at least one light beam to form at least one combined beam; g) converting the at least one combined light beam into at least one electrical signal ; and h) processing the at least one electrical signal to derive an output signal indicative of motion of the moving target surface ; characterised in that step d) comprises scanning the first component of the at least one light beam over the moving target surface such that a scanning beam is directed towards the moving target surface and/or step e) comprises scanning the at least one reflected beam onto the optical receiving antenna to generate scanned signals; and in that step h) comprises: averaging the electrical signals corresponding to the reflected scanned beams and/or the scanned signals; and demodulating the averaged electrical signals. a) generating at least one light beam from at least one coherent light source ; b) splitting the at least one light beam into a first component and a second component ; c) directing the first component of the at least one light beam to an optical transmitting antenna ; d) transmitting the first component of the at least one light beam from the optical transmitting antenna towards a moving target surface ; e) receiving at least one reflected light beam from the moving target surface at an optical receiving antenna ; f) combining the at least one reflected light beam with the second component of the at least one light beam to form at least one combined beam; g) converting the at least one combined light beam into at least one electrical signal ; and h) processing the at least one electrical signal to derive an output signal indicative of motion of the moving target surface ; averaging the electrical signals corresponding to the reflected scanned beams and/or the scanned signals; and demodulating the averaged electrical signals.