mhurhangee/patent-ind-claim-en huggingface dataset:
Gas container equipped with a gas distribution valve comprising an electronic device for measuring gas autonomy, wherein: - the gas distribution valve comprises flow selection means allowing a user to select a desired gas flow from among a plurality of selectable gas flows; and - the electronic device comprises: ▪ at least one pressure sensor configured to measure the pressure of the gas contained in the container and to provide at least one pressure signal; ▪ signal processing means configured to determine a plurality of gas autonomies at least on the basis of the pressure signal provided by said at least one pressure sensor and the plurality of selectable gas flows; ▪ data display means configured to display an autonomy and a corresponding flow value; and ▪ a finger-activated selection component that can be activated by a user; characterized in that the selection component is configured to cooperate with the signal processing means in order to successively display, on the data display means and in response to successive finger activations by the user of the selection component , the various selectable flow values (Q) and the various corresponding autonomies (A), each flow value (Q) being simultaneously displayed with a determined corresponding autonomy (A) for said considered flow value. - the gas distribution valve comprises flow selection means allowing a user to select a desired gas flow from among a plurality of selectable gas flows; and - the electronic device comprises: ▪ at least one pressure sensor configured to measure the pressure of the gas contained in the container and to provide at least one pressure signal; ▪ signal processing means configured to determine a plurality of gas autonomies at least on the basis of the pressure signal provided by said at least one pressure sensor and the plurality of selectable gas flows; ▪ data display means configured to display an autonomy and a corresponding flow value; and ▪ a finger-activated selection component that can be activated by a user; ▪ at least one pressure sensor configured to measure the pressure of the gas contained in the container and to provide at least one pressure signal; ▪ signal processing means configured to determine a plurality of gas autonomies at least on the basis of the pressure signal provided by said at least one pressure sensor and the plurality of selectable gas flows; ▪ data display means configured to display an autonomy and a corresponding flow value; and ▪ a finger-activated selection component that can be activated by a user;
A device for facilitating the removal of a shirt of the polo shirt or T-shirt type, the removal of the shirt being carried out through the neckline, said device comprising a textile part added to the inside of the shirt and positioned in the centre of the back of the shirt, said added part being a piece of fabric extending from the neckline of the shirt to the bottom of the shirt and comprising a longilineal part , sewn by its lateral edges onto the inside of the back of the shirt so as to provide, in the longilineal part, between the two lateral stitches , a middle space , inside which a pull cord is positioned so that said cord can slide between the added part and the inside of the back of the shirt , said pull cord comprising a movable end, which extends out of said space and which emerges therefrom through an open orifice at the end of the added part close to the neckline, characterised in that the added part further comprises a flared part , which extends the longilineal part , said flared part being sewn to the bottom of the shirt on the inside of the back of the shirt, by the extensions of the lateral stitches , the pull cord having a fixed end, which is fixed by a stitch onto the inside of the back of the shirt , at the limit between the longilineal part and the flared part of the added part, so that it cannot be completely extracted from the middle space in which it is housed.
Apparatus including an alert processor including a mobile device operating under control of a mobile app, the alert processor having an input port disposed to receive a signal output from a sensor in response to a fluid exiting a body of a patient, having instructions determining whether the signal output from the sensor indicates a wetting event, and having an output port disposed to send an alert signal in response to the wetting event, wherein the mobile app is configured to receive alert signals from two or more patients concurrently; an alert presenter including an alarm responsive to the alert signal; wherein the alert processor has access to second instructions, the second instructions directing the alert signal to at least one or more of a set of alert presenters, wherein the set of alert presenters are associated with at least two distinct caregivers; wherein the two distinct caregivers comprise a primary caregiver and a secondary caregiver, and wherein the mobile app is configured to associate more than one patient with the primary caregiver, and wherein the mobile app is configured to direct the alert signal to the primary caregiver, and wherein, if the mobile app determines that more than one wetting event is occurring concurrently, the mobile app is configured to immediately direct the alert signal to the secondary caregiver without waiting for the primary caregiver to respond. an alert processor including a mobile device operating under control of a mobile app, the alert processor having an input port disposed to receive a signal output from a sensor in response to a fluid exiting a body of a patient, having instructions determining whether the signal output from the sensor indicates a wetting event, and having an output port disposed to send an alert signal in response to the wetting event, wherein the mobile app is configured to receive alert signals from two or more patients concurrently; an alert presenter including an alarm responsive to the alert signal; wherein the alert processor has access to second instructions, the second instructions directing the alert signal to at least one or more of a set of alert presenters, wherein the set of alert presenters are associated with at least two distinct caregivers; wherein the two distinct caregivers comprise a primary caregiver and a secondary caregiver, and wherein the mobile app is configured to associate more than one patient with the primary caregiver, and wherein the mobile app is configured to direct the alert signal to the primary caregiver, and wherein, if the mobile app determines that more than one wetting event is occurring concurrently, the mobile app is configured to immediately direct the alert signal to the secondary caregiver without waiting for the primary caregiver to respond.
A method for performing proxy transformation, comprising: Selecting (S21) a first proxy relationship between a target user and a first user from a proxy relationship library, wherein the first proxy relationship is a proxy key; Selecting (S22) a random value, and generating (S22) a second proxy relationship according to the random value and the first proxy relationship, wherein the second proxy relationship is a proxy key; and Encrypting (S23) original information according to a public key of the first user and the random value to obtain encrypted information, and transmitting (S23) the encrypted information and the second proxy relationship to a server, so that the server performs proxy transformation on the encrypted information according to the second proxy relationship to obtain the transformed information, wherein the encrypting the original information according to the public key of the first user and the random value to obtain the encrypted information comprises: selecting, by the first user, a symmetric key, and encrypting the original information according to the symmetric key to obtain an initial ciphertext; and encrypting the symmetric key according to the random value and the public key of the first user to obtain the encrypted key information, wherein the encrypted information comprises the initial ciphertext and the encrypted key information. Selecting (S21) a first proxy relationship between a target user and a first user from a proxy relationship library, wherein the first proxy relationship is a proxy key; Selecting (S22) a random value, and generating (S22) a second proxy relationship according to the random value and the first proxy relationship, wherein the second proxy relationship is a proxy key; and Encrypting (S23) original information according to a public key of the first user and the random value to obtain encrypted information, and transmitting (S23) the encrypted information and the second proxy relationship to a server, so that the server performs proxy transformation on the encrypted information according to the second proxy relationship to obtain the transformed information, wherein the encrypting the original information according to the public key of the first user and the random value to obtain the encrypted information comprises: selecting, by the first user, a symmetric key, and encrypting the original information according to the symmetric key to obtain an initial ciphertext; and encrypting the symmetric key according to the random value and the public key of the first user to obtain the encrypted key information, wherein the encrypted information comprises the initial ciphertext and the encrypted key information. selecting, by the first user, a symmetric key, and encrypting the original information according to the symmetric key to obtain an initial ciphertext; and encrypting the symmetric key according to the random value and the public key of the first user to obtain the encrypted key information, wherein the encrypted information comprises the initial ciphertext and the encrypted key information.
A method for producing a rod- or pipe-shaped connecting element (100, 100`), which has an end face , from a semi-finished connecting element made of metal, in particular, a drill or chisel insertion end which is secured in an axially movable manner in a chuck of a hammer drill, a semi-finished connecting element is provided, characterized in that at least one radially movable forming body guided in recesses of a die for forming at least one longitudinal groove closed on both sides in the semi-finished connecting element has a smaller longitudinal extension (LR) than a planned length (L) of the longitudinal groove and that the forming of the at least one longitudinal groove closed on both sides in the semi-finished connecting element is performed by radially applying the at least one forming body and subsequent axial shifting of the semi-finished connecting element in a longitudinal die opening of the die . a semi-finished connecting element is provided, characterized in that at least one radially movable forming body guided in recesses of a die for forming at least one longitudinal groove closed on both sides in the semi-finished connecting element has a smaller longitudinal extension (LR) than a planned length (L) of the longitudinal groove and that the forming of the at least one longitudinal groove closed on both sides in the semi-finished connecting element is performed by radially applying the at least one forming body and subsequent axial shifting of the semi-finished connecting element in a longitudinal die opening of the die .
A hand held ink-jet printing liquid discharge apparatus to discharge liquid onto a recording medium while being moved by a user, the liquid discharge apparatus comprising: an ink jet recording head configured to discharge liquid to print an image on the recording medium according to image data; a sensor (20; 30) configured to detect movement of the apparatus in a predetermined period and output movement information of the liquid discharge apparatus , the movement information including at least one of a movement amount and an angular velocity; a heater configured to heat the head ; a discharge control unit configured to instruct liquid discharge from the head based on the image data and the movement information from the sensor (20; 30); characterized by a temperature sensor configured to detect a temperature of the head ; a float detecting unit configured to detect floating of the liquid discharge apparatus based on a detection result generated by the sensor (20; 30), wherein the apparatus is detected as floating when it is not in close contact with the recording medium; and a heater control unit configured to stop heating of the head in response to detection of floating by the float detecting unit . an ink jet recording head configured to discharge liquid to print an image on the recording medium according to image data; a sensor (20; 30) configured to detect movement of the apparatus in a predetermined period and output movement information of the liquid discharge apparatus , the movement information including at least one of a movement amount and an angular velocity; a heater configured to heat the head ; a discharge control unit configured to instruct liquid discharge from the head based on the image data and the movement information from the sensor (20; 30); characterized by a temperature sensor configured to detect a temperature of the head ; a float detecting unit configured to detect floating of the liquid discharge apparatus based on a detection result generated by the sensor (20; 30), wherein the apparatus is detected as floating when it is not in close contact with the recording medium; and a heater control unit configured to stop heating of the head in response to detection of floating by the float detecting unit .
A support garment comprising: a front portion comprising: a pair of breast contacting surfaces , and a first vibration damping structure positioned between the pair of breast contacting surfaces so that when the support garment is in an as-worn configuration the first vibration damping structure is configured to occupy a space defined at least by a medial aspect of a wearer's breasts and the wearer's sternum, characterized in that the first vibration damping structure integrally extends from each of the pair of breast contacting surfaces . a pair of breast contacting surfaces , and a first vibration damping structure positioned between the pair of breast contacting surfaces so that when the support garment is in an as-worn configuration the first vibration damping structure is configured to occupy a space defined at least by a medial aspect of a wearer's breasts and the wearer's sternum, characterized in that the first vibration damping structure integrally extends from each of the pair of breast contacting surfaces .
A method of prediction coding of a current block implemented by a decoding device or an encoding device, comprising: obtaining an intra prediction mode of a left neighbor block of the current block; obtaining an intra prediction mode of an above neighbor block of the current block; constructing a Most Probable Mode, MPM, list of intra prediction modes for the current block, characterized in that the MPM list consists of 6 entries of intra prediction modes as follows: { MPM =Planar, MPM =ang, MPM =2 + (( ang + 61) % 64 ), MPM =2 + (( ang - 1 ) % 64 ), MPM =2 + (( ang + 60 ) % 64 ), MPM =2 + (( ang) % 64 )} when at least a first condition is fulfilled, wherein the first condition includes that the intra prediction mode of the left neighbor block and the intra prediction mode of the above neighbor block are the same angular mode, and wherein ang represents the intra prediction mode of the left neighbor block or the intra prediction mode of the above neighbor block; wherein MPM[j] represents the (j+1)a, entry in the MPM list. obtaining an intra prediction mode of a left neighbor block of the current block; obtaining an intra prediction mode of an above neighbor block of the current block; constructing a Most Probable Mode, MPM, list of intra prediction modes for the current block, characterized in that the MPM list consists of 6 entries of intra prediction modes as follows: { MPM =Planar, MPM =ang, MPM =2 + (( ang + 61) % 64 ), MPM =2 + (( ang - 1 ) % 64 ), MPM =2 + (( ang + 60 ) % 64 ), MPM =2 + (( ang) % 64 )} when at least a first condition is fulfilled, wherein the first condition includes that the intra prediction mode of the left neighbor block and the intra prediction mode of the above neighbor block are the same angular mode, and wherein ang represents the intra prediction mode of the left neighbor block or the intra prediction mode of the above neighbor block; wherein MPM[j] represents the (j+1)a, entry in the MPM list. MPM =ang, MPM =2 + (( ang + 61) % 64 ), MPM =2 + (( ang - 1 ) % 64 ), MPM =2 + (( ang + 60 ) % 64 ), MPM =2 + (( ang) % 64 )} when at least a first condition is fulfilled, wherein the first condition includes that the intra prediction mode of the left neighbor block and the intra prediction mode of the above neighbor block are the same angular mode, and wherein ang represents the intra prediction mode of the left neighbor block or the intra prediction mode of the above neighbor block; wherein MPM[j] represents the (j+1)a, entry in the MPM list.
A method of manufacturing an oral care or personal care composition, comprising the steps of: a. mixing an amine base with an acid which is not hydrofluoric acid and a source of fluoride; b. forming an amine fluoride in situ; and c. adding one or more ingredients to form an oral care or personal care composition. a. mixing an amine base with an acid which is not hydrofluoric acid and a source of fluoride; b. forming an amine fluoride in situ; and c. adding one or more ingredients to form an oral care or personal care composition.
Butterfly valve housing for a butterfly valve having a closure element which is rotatably supported in the housing , containing an integral housing made of plastics material, wherein the housing has an annular member , two flange connection plates which are arranged at the end face and a reinforcement structure , wherein the annular member has an inner diameter which forms a sealing portion and an outer diameter , wherein the outer diameter of the annular member is smaller than the outer diameter of the flange connection plates , wherein the reinforcement structure is arranged on the outer diameter of the annular member and between the two flange connection plates , and metal inserts , wherein the inserts are arranged between the flange connection plates along the outer circumference of the annular member , wherein receiving openings are arranged in the housing between the two flange connection plates and between the reinforcement structure , characterized in that the receiving openings are directed from the outer circumference in the direction of the vertical centre axis in which the inserts can be inserted into the housing , wherein the inserts are arranged in a positive-locking manner in the receiving openings .
A method performed by a terminal in a wireless communication system, the method characterised by : receiving, from a first base station for a first a radio access technology, RAT, at least one message including location information of a second base station for a second RAT, wherein the first RAT is a 4G RAT, and the second RAT is a 5G RAT; identifying at least one of a moving direction, a moving speed, and a moving path of the terminal; determining whether a wireless communication service provided by the second base station is available based on the location information of the second base station and at least one of the moving direction, the moving speed, and the moving path of the terminal; and generating a signal for connecting to the second base station based on a result of the determination. receiving, from a first base station for a first a radio access technology, RAT, at least one message including location information of a second base station for a second RAT, wherein the first RAT is a 4G RAT, and the second RAT is a 5G RAT; identifying at least one of a moving direction, a moving speed, and a moving path of the terminal; determining whether a wireless communication service provided by the second base station is available based on the location information of the second base station and at least one of the moving direction, the moving speed, and the moving path of the terminal; and generating a signal for connecting to the second base station based on a result of the determination.
An article of footwear comprising: an upper ; a plate connected to the upper; and a sole including an undulating foam midsole , the midsole having a top surface connected to the plate and a bottom surface, and the midsole comprising a plurality of spaced apart peaks defining a plurality of gaps in the top surface and a plurality of spaced apart troughs defining a plurality of gaps in the bottom surface. an upper ; a plate connected to the upper; and a sole including an undulating foam midsole , the midsole having a top surface connected to the plate and a bottom surface, and the midsole comprising a plurality of spaced apart peaks defining a plurality of gaps in the top surface and a plurality of spaced apart troughs defining a plurality of gaps in the bottom surface.
An organic light emitting device comprising: an anode ; a cathode ; and an organic layer, disposed between the anode and the cathode , the organic layer further comprising a compound having the formula: wherein M is a metal of atomic weight higher than 40; wherein A and B are each independently a 5 or 6-membered aromatic or heteroaromatic ring, and A-B represents a bonded pair of aromatic or heteroaromatic rings coordinated to the metal via a nitrogen atom on ring A and an sp 2 hybridized carbon atom on ring B; wherein R a , R b , R x , R y , R z are each independently selected from the group consisting of no substitution, alkyl, heteroalkyl, aryl, or heteroaryl groups; wherein each of R a and R b represent one or more substituents and can join to form fused rings; wherein m is the oxidation state of the metal; and wherein n is an integer less than m and at least 1, characterized in that at least one of R x and R y contains a branched alkyl moiety with branching at a position further than the α position to the carbonyl group. an anode ; a cathode ; and an organic layer, disposed between the anode and the cathode , the organic layer further comprising a compound having the formula: wherein M is a metal of atomic weight higher than 40; wherein A and B are each independently a 5 or 6-membered aromatic or heteroaromatic ring, and A-B represents a bonded pair of aromatic or heteroaromatic rings coordinated to the metal via a nitrogen atom on ring A and an sp 2 hybridized carbon atom on ring B; wherein R a , R b , R x , R y , R z are each independently selected from the group consisting of no substitution, alkyl, heteroalkyl, aryl, or heteroaryl groups; wherein each of R a and R b represent one or more substituents and can join to form fused rings; wherein m is the oxidation state of the metal; and wherein n is an integer less than m and at least 1, wherein M is a metal of atomic weight higher than 40; wherein A and B are each independently a 5 or 6-membered aromatic or heteroaromatic ring, and A-B represents a bonded pair of aromatic or heteroaromatic rings coordinated to the metal via a nitrogen atom on ring A and an sp 2 hybridized carbon atom on ring B; wherein R a , R b , R x , R y , R z are each independently selected from the group consisting of no substitution, alkyl, heteroalkyl, aryl, or heteroaryl groups; wherein each of R a and R b represent one or more substituents and can join to form fused rings; wherein m is the oxidation state of the metal; and wherein n is an integer less than m and at least 1, characterized in that at least one of R x and R y contains a branched alkyl moiety with branching at a position further than the α position to the carbonyl group.