mhurhangee/patent-ind-claim-en huggingface dataset:
A pedal assembly for an exercise machine , the pedal assembly comprising: a foot link (22; 102; 202); a foot member (104; 204; 304; 404) pivotally connected to the foot link; at least one resilient member (112; 212; 312; 412) positioned between the foot member and the foot link; a selector mechanism (114; 214; 410) movable at least between a first position in which the foot member is supported by the at least one resilient member and a second position in which the foot member is not supported by the at least one resilient member; characterised in that the selector mechanism comprises a selector platform (116; 216; 316) configured to move in a plane to position the selector mechanism between the first position and the second position. a foot link (22; 102; 202); a foot member (104; 204; 304; 404) pivotally connected to the foot link; at least one resilient member (112; 212; 312; 412) positioned between the foot member and the foot link; a selector mechanism (114; 214; 410) movable at least between a first position in which the foot member is supported by the at least one resilient member and a second position in which the foot member is not supported by the at least one resilient member; characterised in that the selector mechanism comprises a selector platform (116; 216; 316) configured to move in a plane to position the selector mechanism between the first position and the second position.
A method comprising: receiving, by a host server , an authorization request message generated by an access device storing an initial key, wherein the authorization request message includes a key serial number, encrypted sensitive data, and an encrypted PIN, wherein the encrypted PIN is encrypted using a first encryption key variant based on the initial key and the encrypted sensitive data is encrypted using a second encryption key variant based on the initial key, wherein the first encryption key variant is different from the second encryption key variant, and wherein the initial key is derived from a base derivation key associated with the key serial number; retrieving, by the host server , the base derivation key using the key serial number; decrypting, by a secure module of the host server , the encrypted sensitive data using the base derivation key; re-encrypting, by the secure module, the decrypted sensitive data, wherein the sensitive data re-encryption uses a first sensitive data zone encryption key associated with a first payment processing network; and transmitting, by the host server, a first translated authorization request message to the first payment processing network, wherein the translated authorization request message includes the re-encrypted sensitive data. receiving, by a host server , an authorization request message generated by an access device storing an initial key, wherein the authorization request message includes a key serial number, encrypted sensitive data, and an encrypted PIN, wherein the encrypted PIN is encrypted using a first encryption key variant based on the initial key and the encrypted sensitive data is encrypted using a second encryption key variant based on the initial key, wherein the first encryption key variant is different from the second encryption key variant, and wherein the initial key is derived from a base derivation key associated with the key serial number; retrieving, by the host server , the base derivation key using the key serial number; decrypting, by a secure module of the host server , the encrypted sensitive data using the base derivation key; re-encrypting, by the secure module, the decrypted sensitive data, wherein the sensitive data re-encryption uses a first sensitive data zone encryption key associated with a first payment processing network; and transmitting, by the host server, a first translated authorization request message to the first payment processing network, wherein the translated authorization request message includes the re-encrypted sensitive data.
Projector for projecting images, with a first modulator which can be struck with light from a light source and a second modulator which is arranged downstream of the first modulator , an imaging optical system which images the first modulator onto the second modulator , wherein the first modulator comprises multiple first pixels (K1) arranged in rows and columns and the second modulator comprises multiple second pixels (K2) arranged in rows and columns, wherein the first and second pixels (K1, K2) can be switched independently of each other in each case into a first state, in which light incident on them is used to generate an image, and into a second state, in which light incident on them is not used to generate an image, in order to modulate the light for generating the images pixel-by-pixel, wherein the projector furthermore comprises a projection optical system which images light coming from the second modulator onto a projection surface in order to project the images, and a control unit , which controls the two modulators on the basis of supplied image data (BD), wherein at least one first pixel (K1; K1 3 , K1 4 , K1 5 ) is assigned to each second pixel (K2; K2 4 ) such that the imaging optical system a) strikes the second pixel (K2; K2 4 ) with light from the respective assigned first pixel (K1; K1 3 , K1 4 , K1 5 ) when the assigned first pixel (K1 ; K1 3 , K1 4 , K1 5 ) is switched into the first state, in order to illuminate the second pixel (K2; K2 4 ) actively, and b) does not strike the second pixel (K2; K2 4 ) with light from the respective assigned first pixel (K1; K1 3 , K1 4 , K1 5 ) when the assigned first pixel (K1; K1 3 , K1 4 , K1 5 ) is switched into the second state, in order not to illuminate the second pixel (K2; K2 4 ) actively, with the result that only unavoidable residual light is incident on the second pixel (K2; K2 4 ), characterized in that the control unit controls the modulators such that, for at least one second pixel (K2; K2 4 ) which according to the image data is to represent a brightness value which is greater than zero and less than or equal to a predetermined first threshold value, the assigned first pixel(s) (K1 ; K1 3 , K1 4 , K1 5 ) is or are switched into the second state at least for the periods in which the second pixel (K2; K2 4 ) is switched into the first state, with the result that no active illumination takes place and the second pixel (K2; K2 4 ) modulates the residual light. a) strikes the second pixel (K2; K2 4 ) with light from the respective assigned first pixel (K1; K1 3 , K1 4 , K1 5 ) when the assigned first pixel (K1 ; K1 3 , K1 4 , K1 5 ) is switched into the first state, in order to illuminate the second pixel (K2; K2 4 ) actively, and b) does not strike the second pixel (K2; K2 4 ) with light from the respective assigned first pixel (K1; K1 3 , K1 4 , K1 5 ) when the assigned first pixel (K1; K1 3 , K1 4 , K1 5 ) is switched into the second state, in order not to illuminate the second pixel (K2; K2 4 ) actively, with the result that only unavoidable residual light is incident on the second pixel (K2; K2 4 ),
A liferaft system comprising a container containing an inflatable liferaft and means for inflating the liferaft by means of an inflating gas preferably carbon dioxide or a mixture of gases, the container being openable to allow deployment of the liferaft, said openable container consists of at least two container parts, wherein the container contains means for heating the system, characterised in that the means for heating comprises one or more electrically heated mats, the mat(s) wholly or partly encircle(s) the liferaft.
Safety device for simple installation between a drinking water pipeline and a non-drinking water pipeline for reliably hygienically separating the non-drinking water pipeline from the drinking water pipeline and for preventing water, such as drinking water, contaminated drinking water and/or non-drinking water from infiltrating into the drinking water pipeline from the non-drinking water pipeline and for permanently hygienising a safety flushing apparatus connected between the drinking water pipeline and the non-drinking water pipeline ; a. the safety device comprising a feed apparatus and a safety flushing apparatus , b. the feed apparatus being connected to a supply pipe of the drinking water pipeline, on which the safety device is installed, the feed apparatus further comprising a system separator , c. the feed apparatus comprising a first gate valve connected to the system separator , a first butterfly valve connected to the first gate valve , and a second butterfly valve connected to the first butterfly valve , characterised in that d. the safety flushing apparatus is arranged with the input of its flushing pipeline between the system separator and the first gate valve and with the output of its flushing pipeline between the first butterfly valve and the second butterfly valve , e. a first flushing valve and a second flushing valve are arranged in series in the flushing pipeline of the safety flushing apparatus , f. the safety flushing apparatus comprises a third flushing valve arranged between the first gate valve and the first butterfly valve and a fourth flushing valve arranged between the first butterfly valve and the second butterfly valve , g. discharge pipes for conducting away flushing liquids are connected to the outputs of the third flushing valve and the fourth flushing valve . a. the safety device comprising a feed apparatus and a safety flushing apparatus , b. the feed apparatus being connected to a supply pipe of the drinking water pipeline, on which the safety device is installed, the feed apparatus further comprising a system separator , c. the feed apparatus comprising a first gate valve connected to the system separator , a first butterfly valve connected to the first gate valve , and a second butterfly valve connected to the first butterfly valve , characterised in that d. the safety flushing apparatus is arranged with the input of its flushing pipeline between the system separator and the first gate valve and with the output of its flushing pipeline between the first butterfly valve and the second butterfly valve , e. a first flushing valve and a second flushing valve are arranged in series in the flushing pipeline of the safety flushing apparatus , f. the safety flushing apparatus comprises a third flushing valve arranged between the first gate valve and the first butterfly valve and a fourth flushing valve arranged between the first butterfly valve and the second butterfly valve , g. discharge pipes for conducting away flushing liquids are connected to the outputs of the third flushing valve and the fourth flushing valve .
An electronic device , comprising: an antenna module configured to sense an electromagnetic, EM, signal caused by electromagnetic interference, EMI, generated from electronic components in an external electronic device ; a communication module ; a processor operatively connected to the antenna module and the communication module ; and a memory storing instructions which, are configured to, when executed, cause the processor to: identify the external electronic device based on at least part of the EM signal sensed from the external electronic device via the antenna module ; identify whether the identified external electronic device is registered in a designated control application; and in response to identifying the external electronic device being registered in the designated control application, display first information about control for the external electronic device on a display of the electronic device . an antenna module configured to sense an electromagnetic, EM, signal caused by electromagnetic interference, EMI, generated from electronic components in an external electronic device ; a communication module ; a processor operatively connected to the antenna module and the communication module ; and a memory storing instructions which, are configured to, when executed, cause the processor to: identify the external electronic device based on at least part of the EM signal sensed from the external electronic device via the antenna module ; identify whether the identified external electronic device is registered in a designated control application; and in response to identifying the external electronic device being registered in the designated control application, display first information about control for the external electronic device on a display of the electronic device . identify the external electronic device based on at least part of the EM signal sensed from the external electronic device via the antenna module ; identify whether the identified external electronic device is registered in a designated control application; and in response to identifying the external electronic device being registered in the designated control application, display first information about control for the external electronic device on a display of the electronic device .
A method for forming a tire composite tread, the method comprising the steps of: selecting a first tread compound having at least one first desired property, and selecting a second, different tread compound having at least one second desired property, forming a composite tread by winding a dual layer strip having a first layer formed of the first tread compound and a second layer formed of the second compound, wherein the composite tread has a first and second zone, wherein each zone is formed by spirally winding the dual layer strip , wherein the first zone is formed of said dual layer strip having a strip ratio of the volumetric proportion of the first tread compound to the second tread compound used to form the dual layer strip , and wherein the second zone has a different strip ratio of the volumetric proportion of the first tread compound to the second tread compound used to form the dual layer strip than the first zone by varying the volumetric proportion of the first tread compound to the second tread compound, characterized in that the cross-sectional shape of the first layer is at least substantially triangular.
A holding device for a mobile terminal for installation into a dashboard of a motor vehicle, preferably a utility vehicle, having a first clamping element ; and a second clamping element which is situated opposite the first element and can be moved relative to the first clamping element , wherein a receiving gap can be formed between the first clamping element and the second clamping element by moving the second clamping element away from the first clamping element , it being possible for the mobile terminal to be clamped into said receiving gap from below between the first clamping element and the second clamping element in order to hold the mobile terminal, characterized in that the holding device when it is not in use, where the second clamping element bears against the first clamping element , forms a flat storage option on a top side of the holding device ; and/or in that a, preferably flat and/or substantially horizontal, storage region is made on the second clamping element and the storage region at least partially enters a receiving space when the second clamping element is moved away from the first clamping element . a first clamping element ; and a second clamping element which is situated opposite the first element and can be moved relative to the first clamping element , wherein a receiving gap can be formed between the first clamping element and the second clamping element by moving the second clamping element away from the first clamping element , it being possible for the mobile terminal to be clamped into said receiving gap from below between the first clamping element and the second clamping element in order to hold the mobile terminal, in that the holding device when it is not in use, where the second clamping element bears against the first clamping element , forms a flat storage option on a top side of the holding device ; and/or in that a, preferably flat and/or substantially horizontal, storage region is made on the second clamping element and the storage region at least partially enters a receiving space when the second clamping element is moved away from the first clamping element .
Method of manufacturing a backplane for the electrical connection of electrical components, the backplane comprising - a support plate , - electrical lines , which are each arranged on and/or in the support plate , and - at least one shield integrated into the support plate to shield against electrical and/or magnetic fields, characterized in that the at least one shield is integrated into the support plate in that , at least in a region surrounding the shield , the support plate is made with a 3D print, which embeds the shield in the support plate . - a support plate , - electrical lines , which are each arranged on and/or in the support plate , and - at least one shield integrated into the support plate to shield against electrical and/or magnetic fields,
Tyre for a civil engineering vehicle comprising a crown connected to two sidewalls extended by two beads , the assembly delimiting an inner cavity intended to be inflated with a gas, and comprising, starting from the inner cavity: - an airtight inner layer forming the wall of the inner cavity, intended to come into contact with an inflation gas, having a thickness E1 and consisting of an elastomeric mixture M1; - an anti-creep layer , on the outside of the airtight inner layer, having a thickness E2 and consisting of an elastomeric mixture M2 having an elastic loss P60 measured at 60°C; - a carcass layer , on the outside of the anti-creep layer , consisting, from inside to outside, of an inner carcass coating layer , in contact with the anti-creep layer and having a thickness E3, a layer of metal reinforcers and an outer carcass coating layer , the inner and outer carcass coating layers consisting of an elastomeric mixture M3; - the thicknesses E1, E2 and E3 being measured in a shoulder region forming the transition between the crown and each sidewall of the tyre, characterized in that the airtight inner layer has a thickness E1 in millimetres in the interval , in that the sum E2+E3 of the thicknesses E2 of the anti-creep layer and E3 of the inner carcass coating layer respectively is at least equal to 6 mm, in that the ratio E1:E2 between the thickness E1 of the airtight inner layer and the thickness E2 of the anti-creep layer is at most equal to 0.60 and in that the viscoelastic loss P60 of the elastomeric mixture M2 of the anti-creep layer is at most equal to 20%; the viscoelastic loss P60 being the relative difference between the energy supplied and the energy returned from a test piece of the material to be characterized, struck by a pendulum, transmitting its kinetic energy to it, said test piece1 being subjected to a temperature of 60°C under a deformation of 40%, and the measurement being carried out three times after accommodation of five shocks of the pendulum on the test piece. - an airtight inner layer forming the wall of the inner cavity, intended to come into contact with an inflation gas, having a thickness E1 and consisting of an elastomeric mixture M1; - an anti-creep layer , on the outside of the airtight inner layer, having a thickness E2 and consisting of an elastomeric mixture M2 having an elastic loss P60 measured at 60°C; - a carcass layer , on the outside of the anti-creep layer , consisting, from inside to outside, of an inner carcass coating layer , in contact with the anti-creep layer and having a thickness E3, a layer of metal reinforcers and an outer carcass coating layer , the inner and outer carcass coating layers consisting of an elastomeric mixture M3; - the thicknesses E1, E2 and E3 being measured in a shoulder region forming the transition between the crown and each sidewall of the tyre,
A lens package, comprising: a bulb having a volume and a perimeter; a cover sealed to said bulb; and a contact lens contained in solution in said bulb, wherein said contact lens has a convex surface and an edge, and the contact lens is orientated such that the convex surface is further from the cover than the edge is from the cover; and wherein said cover is a foil joined to said bulb around the perimeter of the bulb by a heat seal ring; wherein said foil includes a concavity such that the foil projects inwards from the plane of the heat seal ring and the concavity displaces volume from the volume of the bulb. a bulb having a volume and a perimeter; a cover sealed to said bulb; and a contact lens contained in solution in said bulb, wherein said contact lens has a convex surface and an edge, and the contact lens is orientated such that the convex surface is further from the cover than the edge is from the cover; and wherein said cover is a foil joined to said bulb around the perimeter of the bulb by a heat seal ring;
A sealing and cover strip for the B-pillar of a passenger car with a support panel and a decorative cover , which comprise on at least one of their common longitudinal sides a seal in the form of a sealing profile for a retractable lateral window , wherein the sealing profile consists of two sealing halves , one half being connected to the decorative cover and the other half being connected to the support cover respectively, characterised in that the decorative cover with the sealing half moulded thereon and the support cover with the sealing half moulded thereon are connected to form one component.
A mold for manufacturing a turbomachine fan casing made of composite material, comprising: - a main axis (θ) mandrel around which a fibrous preform of a fan casing is intended to be wound; - a plurality of counter-mold angular sectors assembled on the outer contour of the mandrel which are intended to close the mold and to compact the fibrous preform wound on the mandrel ; characterized in that a flat seal with a main elongation axis (β) directed along the main axis (θ) is arranged between each angular sector , said flat seal being compressed between two adjacent angular sectors , a first angular sector comprising a sealing portion passing below a lower face of the flat seal while a second angular sector comprising a sealing portion passing above an upper face of the flat seal . - a main axis (θ) mandrel around which a fibrous preform of a fan casing is intended to be wound; - a plurality of counter-mold angular sectors assembled on the outer contour of the mandrel which are intended to close the mold and to compact the fibrous preform wound on the mandrel ;
An anti-PVRIG (Poliovirus Receptor Related Immunoglobulin Domain Containing Protein) antibody for use in the treatment of cancer, wherein the antibody activates T cells and/or NK cells.
A through-tube method of plugging a hydrocarbon well, comprising: deploying a blocking device downhole to block a bottom of a section of well to be plugged; deploying bismuth alloy pellets downhole onto said blocking device to fill an area to be plugged; deploying a heater downhole to heat said bismuth alloy pellets to form liquid bismuth alloy; and allowing said liquid bismuth alloy to solidify and expand to form a cast-in-place plug that fills said section of well to be plugged; characterized by deploying a tool downhole to rupture and expand both an inner tubular and exterior casing at said section of well to be plugged. deploying a blocking device downhole to block a bottom of a section of well to be plugged; deploying bismuth alloy pellets downhole onto said blocking device to fill an area to be plugged; deploying a heater downhole to heat said bismuth alloy pellets to form liquid bismuth alloy; and allowing said liquid bismuth alloy to solidify and expand to form a cast-in-place plug that fills said section of well to be plugged; characterized by deploying a tool downhole to rupture and expand both an inner tubular and exterior casing at said section of well to be plugged.